Farm machinery and power -contents.pdf

1.Name of the Department/Section: Department of Farm Machinery and Power 2. About Department The Department of Farm Machinery and Power, Faculty of Agricultural Engineering is working on development of equipments, tools suitable for rice based cropping system as well as horticultural based cropping system. This department is involved in teaching, research and extension activites related to farm machinery and power. This department has developed so far 25 equipments, which are suitable to farmer of Konkan region in order to reduce drudgery, crop production improvement, quality work, quickliness in farm operatation. • In last 11 years, this Department has come up with 16 recommendations which will be beneficial for Konkan farmer for improvement in mechanization status. • No. of equipments/tools are supplied to various agencies, State Govt., farmers in the sate as well as outside state by tis department. • Training programme, demonstrations are being organized to increase awareness of mechanization. • The Agricultural Machinery testing centre is one of the recognized testing centres by Central Agricultural Ministry, New Delhi. So far 72 equipments/ machinery are tested and report has been given. Involved in teaching UG, PG and PhD students of College of Agricultural Engineering and Technology, Dapoli 3. Academic a. Doctoral Ptogrammes Name of the programme: Ph. D. (Agril. Engg.) FMP Sem Term Course No. Credits Title of the course offered by the department No. No. A) Major Subjects FMPE601* 4 (3+1) Advances in Farm Machinery and Power Engineering FMPE602* 2 (2+0) Simulation modeling in Farm Machinery and Power Engineering FMPE603 2 (2+0) Energy conservation and Management in Farm Machinery and Power Engineering FMPE604 3 (2+1) Computer Aided Analysis and Design of Farm Machinery FMPE605 4 (3+1) Machinery for natural resource management and precision farming FMPE606 2 (2+0) Advances in Hydraulics and Electro Pneumatic controls FMPE 607 3 (2+1) Advances in Ergonomics B) Minor Subjects FMPE 621 3 (3+0) Mechanism Analysis and Synthesis FMPE 622 3 (2+1) Experimental Stress Analysis C) Supporting Subjects AE 502 3 (2+1) Similitude in Engineering AE 605 3 (2+1) Project Planning and Implementation D) Seminar , Special Problem and Case Study FMPE 691 1 (1+0) Doctoral seminar I FMPE 692 1 (1+0) Doctoral seminar II FMPE 693 1 (0+1) Special Problem FMPE694 1 (0+1) Case study E) Doctoral Research FMPE699 45 (0+45) Doctoral research * Compulsory course 1 Doctoral Programme (Ref.: IVth Deans Committee Report, ICAR, New Delhi Course Structure Minimum Credits Requirement Sr. No. Subject Doctoral programme 1 Major 15 2 Minor 08 3 Supporting 05 4 Seminar 02 5 Research 45 Total credits 75 Compulsory non credit courses A) Major Subjects (Min Credits :15) Sr. No. Course No. Course Title Credits 1 FMPE601* Advances in Farm Machinery and Power engineering 4(3+1) 2 FMPE602* Simulation modeling in Farm Machinery and Power 2(2+0) Engineering 3 FMPE603 Energy conservation and Management in Farm 2(2+0) Machinery and Power Engineering 4 FMPE604 Computer Aided Analysis and Design of Farm 3(2+1) Machinery 5 FMPE605 Machinery for natural resource management and 4(3+1) precision farming 6 FMPE606 Advances in Hydraulics and Electro Pneumatic controls 2(2+0) 7 FMPE 607 Advances in Ergonomics 3(2+1) 8 FMPE 693* Special problem 1(0+1) 9 FMPE694* Case study 1(0+1) * Compulsory course B) Minor Subjects (Min Credits : 8) Sr. No. Course No. Course Title Credits 1 FMPE 621 Mechanism Analysis and Synthesis 3(3+0) 2 FMPE 622 Experimental Stress Analysis 3(2+1) 3 AE 503 Applied Instrumentation 3(2+1) 4 STAT 609 Operation Research 3(2+1) 5 RES 622 Design and analysis of renewable energy conversion 3(2+1) system 6 RES 623 Energy Management and Planning 3(2+1) 7 RES 624 Agro energy audit and management 2(2+0) C) Supporting Subjects (Min Credits : 5) Sr. Course No. Course Title Credits No. 1 AE 502 Similitude in Engineering 3(2+1) 2 MATHS 601 Mathematical Modeling and Software Application 3(1+2) 3 PFE 605 Agricultural waste and byproduct utilization 3(2+1) 4 MATHS 602 Optimization Techniques 2(1+1) 5 STAT 531 Data Analysis using Statistical Packages 3(2+1) 6 AE 605 Project Planning and Implementation 32+1) 2 D) Seminar Sr. No. Course No. Course Title Credits 1 FMPE 691 Doctoral seminar I 1(0+1) 2 FMPE 692 Doctoral seminar II 1(0+1) E) Doctoral Research Sr. No. Course No. Course Title Credits 1 FMPE 699 Doctoral research 45 (0+45) F) Non credit Compulsory Courses (Optional*) Sr. No. Course No. Course Title Credits 1 PGS 501 Library and Information Services 1(0+1) 2 PGS 502 Technical Writing and Communication Skills 1(0+1) 3 PGS 503 Intellectual Property And Its Management In 1(1+0) ( e-course) Agriculture 4 PGS 504 Basic Concepts in Laboratory Techniques 1(0+1) 5 PGS 505 Agricultural Research, Research Ethics and Rural 1(1+0) ( e-course) Development Programmes 6 PGS 506 Disaster Management 1(1+0) ( e-course) * Exempted if completed in Master degree 3 Practical Development of computer programs for Half interval search method. UNIT II Statement and formulation of design problems. Course Content A) Major Subjects FMPE 601 ADVANCES IN FARM MACHINERY AND POWER ENGINEERING 4(3+1) Theory UNIT I Farm machinery system. validation and testing of the simulation model. Digital Control of Dynamic System. AVI Publ. 1962. empirical methods in model engineering. Design problems using CAD. Principles of Farm Machinery. UNIT III 4 . McGraw Hill. threshing cylinder and reaper-binder. cutter-bar. Sensitivity of models. straw walker.1980. Model laws. Mathematical modelling and its limitations. Half interval search method. Buckingham’s Pi Theorem. 1978. scale effects. kinematics and dynamic similarity. Mabie HH & Ocrirk FW. John Wiley & Sons. transmissibility and effect of damping on various agricultural machine systems like engine. its characteristics and evaluation. Franklin GF & Powell JD. Theory of Machinery and Mechanism. 2001. Addison Wesley Publ. Checking. The Theory of Machines. Computer-aided design of mechanical power transmission systems. Shigley JE & Uicker JJ . displacement and their equilibrium in machines. FMPE 602 SIMULATION MODELLING IN FARM MACHINERY AND 2(2+0) POWER ENGINEERING Theory UNIT I System performance and modelling methodologies – transformation of units of measurement – dimensional homogeneity. Close CM. 1980.1987. interpretation and statistical analysis of results. Longman. UNIT III Analysis of forces in tractor implement combinations under two and three dimensional conditions. Kepner RA. scale factors. Mechanism of dynamic elements and analysis of forces. John Wiley & Sons. etc. Simulation for system modelling. UNIT II Experimentation with physical models and their application in farm machinery design. Identification of dynamic characteristics of related components of engine and agricultural machines. Single and double-tie-rod steering systems. Modelling and Analysis of Dynamic System. Tractor dynamics. Suggested readings Bevan T. development of the model. Single and double-tie-rod steering systems. Complete similarity. Use of models. Development of mathematical models and its computer aided solutions. Vibrations. Formulations of simulation model. Fredrick DK & Newwell IC. Bainer R & Berger EL. development of mathematical models and its computer-aided solutions. Mechanism and Dynamics of Machinery. UNIT IV Application of various vibration analysis methods. Principle of similarity in mathematical investigations. – CAD standards – Graphical Standard system – Exchange of modeling data. Panesar BS. Singh S.1954. Design procedures. Ludhiana. ISAE Publ. Dimensional Analysis and Similitude. UNIT III Application to farm machinery scheduling problem. Similarity and Dimensional Methods in Mechanics. Mir Publ. Analysis of modelling behaviour in problems related to tillage. McGraw Hill. prediction models for traction devices. System design process – structured design. UNIT III Development of computer program for efficient energy management in a given agricultural production system. Suggested readings Mittal JP. Similarity conditions and abstract parameters determining characteristics of engines. FMPE 603 ENERGY CONSERVATION AND MANAGEMENT IN 2(2+0) FARM POWER AND MACHINERY Theory UNIT I Energy requirement of different operations in agricultural production systems viz. Sedov LI. traction and earthmoving equipment. crop. 5 . 1987. Tools of structured analysis. Handbook of Energy Utilization in Agriculture. scale factors and mathematical modelling. partial differential equations. Moscow. Design of farm machinery with the help of CAD. UNIT II System analysis – Relevance of system approach to biological systems and engineering systems. Practical Problems in simulation models & Buckingham’s Pi theorem. Characteristics of Agricultural systems. second order. Practical Practical on CAD software. Object oriented approach. Feasibility study – Steps in feasibility analysis – cost analysis.-The data flow model. 1991. Pimental D. ISAE and School of Energy Studies. 1980.. Exercise on agricultural engineering system analysis. FMPE 604 COMPUTER AIDED ANALYSIS AND DESIGN OF 3(2+1) FARM MACHINERY Theory UNIT I Introduction to CAD – the design process – modelling using CAD –architecture of CAD system. Suggested readings Langhaar HL. Application to farm – factory co-ordination – case study. Energy in Production Agriculture and Food Processing.Mathematical modelling through ordinary differential equation of first order. Geometric modelling – requirements – geometric construction methods – representation of curve – desirable modeling facilities. Singh CP & Mannan KD. Role of a system analyst in design of a system and development of computer systems. Problems in scale effects. its uses and application in design of farm machinery. Energy use planning and forecasting for a given system. planning and management of agricultural production systems for energy conservation and energy returns assessment. CRC Press. UNIT II Energy conservation through proper management and maintenance of farm machinery. Similitude in tillage tool studies. livestock and aquaculture. Application of PERT and CPM to the problems related to land development. International distributors. New York Dutta SK. 1977. Application of relevant software. drag lines. combine harvester etc. GIS/GPS positioning system for precision farming. New York Singh G. T and Kaiffer. machinery maintenance. Study the mechanism of power shovels. Mcgraw Hill Sabbins. Grade resistance and gradability UNIT V Land cleaning and reclamation equipment.1991. Precision farming using GIS and GPS – case study. Fundamental of Geographic Information System. Trenching machineries and wagons. 1987. Production Systems and Computer Integrated Manufacturing. London. soil sampling and analysis. Power shovels. Dhabalt. work scheduling. straw bailer . Pearson Edu. Use of tractors & Crawlers and effects of altitude & temperature on their performance. 2000. UNIT III An introduction to precision farming. Radhakrishnan P. CAD /CAM/ Principles.1998. The precision farmimg guide for agriculturalist. Grover Mikell P. 2002. clamshells etc. earth diggers. entrepreneurship Suggested readings De Mess M. planning. Manual of soil and water conservation engineering. Automation. power sprayer . FMPE 605 MACHINERY FOR NATURAL RESOURCE 4(3+1) MANAGEMENT AND PRECISION FARMING Theory UNIT I Functional design. Investigation of existing software models – cases studies.1998. unit cost of operation.Description of the machinery scheduling problem in harvesting and transport system. Peurifoy RL 1956. R. drag lines. Dehradun. John Willy and Sons. John. Precision farming. The work book of excavation. requirements and working of farm machinery needed for natural resources management like rotavator. specifications. Subramanyan S & Raju V. E. Zeid Ibrahim.straw chopper cum spreader. Precision sowing and planting machines. functional systems documentation. F. Rao PN. Tata McGraw Hill. shrinkage and compaction measurements. study of models vis-à-vis farm machinery usage. cam shells. Suggested readings Chris McMahon & Jimmie Browne. Mcgraw Hill. Practical Introduction to GIS and GPS. CAD/CAM Principles and Applications. Remote Sensing Principle and Interpretation. John Willy and Sons. Yield monitoring and mapping. Soil conservation and land management. N. 2003. Oxford and IBH. data base management.Issues and conditions. Moving the earth. UNIT IV Engineering fundamentals related to earth moving machinery: Swell. laser guided leveller. Freeman. UNIT II Ag GPS parallel swathing option.Construction. Role of electronics in farm machinery for precision farming. Remote Sensing and Image Interpretation. earth work estimation. equipment and methods. New Age International. Nichols HL& Day DH. Economic analysis of land development machinery. USA. 2003. Lille Sand. CAD/CAM Theory and Practice. Land leveling equipment. Prentice-Hall of India. Lori J. Practiceand Manufacturing Management. 6 . Kuhar. CAD/CAM/CIM. Tata McGraw Hill. Co. Computers and Geographic information systems. Rubber tire for earth moving machinery. gear motors. FMPE 607 ADVANCES IN ERGONOMICS 3(2 +1) Theory Unit I Human limit and differences . John Wiley & Sons. types and theory of operation. Prentice Hall. its advantages. control components. 2003. electro hydraulic motors and hydrostatic transmissions. Maintenance of hydraulic and pneumatic circuits and devices. pressure intensifier circuits. interface design. Electrical control for fluid power circuits. 2003. measurement and vibration sound Suggested readings Ernest J . Taylors and francis Ltd. hydraulic rams. Electronic sensors/ circuits used as controls in modern farm equipment. laws of fluid flow.1984. bulk modulus. supporting human performance. Body space anthropometry. piston motors and their performance characteristics. UNIT II Distribution system. Oxford & IBH Wood & Stuart. Compressors. problem solving and design making Memory Motivation Unit III Basic design and human factor. Fluid Power with Applications. Unit IV Performance aids. Majumdar SR. Design of pneumatic circuits. FMPE 606 ADVANCES IN HYDRAULICS AND ELECTRO 2(2+0) PNEUMATIC CONTROLS Theory UNIT I Fluid power. Pearsons Edu. selection criteria. density. couplings. Hydraulic circuit design. Hydraulic Control System. Suggested readings Anthony Esposito. human machine interface. Speed control of hydraulic motors. Merritt HE. viscosity. Regenerative pump unloading. Trouble shooting. Fitting the tank to the man. mechanical hydraulic servo systems for tractors. Earth moving machinery. The body and performance. physical and social environments. 1977. human computer interface. physical stress and work posture. Concepts of energy of hydraulic systems. assessment of physical fatigue. control elements. Pressure intensifiers. pressure rating of tubing and hoses. Fluid power actuators. properties of hydraulic fluids.Sensing. UNIT IV Pneumatic circuits – properties of air.Sigma & Jagmohan. Oil Hydraulic System.1976. Practical Anthropometric measurement techniques in design. UNIT III Directional pressure safety and servo valves. Design of Agricultural Machines. London 7 . Mc Graw Hills Stephen Pheasant. Earth moving machinery. Tata McGraw Hill. Unit II Cognitive processing and performance. Perception. Basics of hydraulic flow and hydraulic circuit analysis – pumps. John Wiley a& Sons. 1991. Mc Cornik. Krutz G. London E Grandjean. ergonomics and design of work. Taylor and Francis Ltd. acoustical and pneumatic etc and their use.W. Suggested readings George N Sandor & Arthur G Erdman. electrical.1984. Analytical determination of cam profile co-ordinates for disc cam operating common types of follower. Experimental Stress Analysis. Advanced Mechanism Design . FMPE 622 EXPERIMENTAL STRESS ANALYSIS 3(2+1) Theory UNIT I Strain and stress. Norton. Moire method of strain analysis. Khanna Publ. velocity and acceleration analysis. UNIT II Rosette analysis. Cam – follower system. Semiconductor gauges. kinematic analysis and synthesis.An Introduction to the Synthesis andAnalysis of Mechanisms and Machines. Freudenstein’s method. 1990. Strain gauges mechanical. Theory of Machines and Mechanisms. optical. Strain measurements at high temperatures.1984. Graphical techniques. Design of Machinery . Synthesis of gear trainscompound and epicyclic. function generation and rigid-body guidance problems. Experimental Stress Analysis. 2003. Kennedy’s theorem. McGraw Hill. Tata McGraw Hill 8 . mobility and degree of freedom of a mechanism. II. 2007. systematics of mechanisms deriving other mechanisms from linkages. Practical Measurement of strain with strain gauge. Experimental Stress Analysis. Tata McGraw Hill. instantaneous center method. UNIT II Relative motion. & W. Relative pole method and method of inversion etc. Shigley Vicker. terms related to cam deisgn. Loop closure equations based on complex variable approach UNIT IV Kinematics of gears-Analysis of epicyclic gear trains. Prentice Hall. standard follower motions and combinations. Vols. Dally J. Brittle coating methods. Computer – Aided analysis of mechanisms. Train gauge circuits. Strain relationship. Suggested readings Srinath LS. Grid Method of strain analysis. I. McGraw Hill. Different types of electric strain gauges. Riley. Graphical and analytical methods of displacement. Photoelastic strain gauges. 1982. Two dimensional & three dimensional photo elastic method of strain analysis.Analysis and Synthesis.B) Minor Subjects FMPE 621 MECHANISM ANALYSIS AND SYNTHESIS 3(3+0) Theory UNIT I Introduction to kinematics of mechanisms.F. UNIT III Bifringent coatings and scattered light in photo elasticity. Cam synthesis – graphical cam profile layout for a desired follower motion. Photo elastic methods and Moire’s apparatus.their mportance. Singh Sadhu. UNIT III Dimensional synthesis of linkages for path generation. Analytical kinematics synthesis of linkages. importance of follower acceleration in cam system dynamics. Displacement Transducers: Potentiometer. Sawhney AK. ECG etc. Nakra BC &Chaudhary KK. Network terminology. Data acquisition through PC/Kit. project planning and control with PERT and CPM. UNIT V Level measurement. PCO2 and grain quality measurement. Time and frequency measurement. maximal flow problem. Hydraulic load cell. UNIT II System approach in farm machinery management and application of programming techniques to the problems of farm power and machinery selection. A/D converters. Piezoelectric and capacitive transducers. Positive displacement.1990. Study the use of printer port in a PC. Ultrasonic flaw detection. LVDT. Tata McGraw Hill. Practical Study the characteristics of various transducers : Potentiometer. Tata McGraw Hill. shortest route and minimal spanning tree problems. Electrical & Electronics Measurement and Instrumentation. Rotameter. Instrumentation Measurement and Analysis. Cantilever type and Probing ring. method study. Practice of using interfaces and developing suitable software for data acquisition through PC/Microcomputer: Use of Microcomputer kit. impact and scope of operational research. LM 335/AD 590se of various Analog interfacing blocks:Attenuators. pressure measurement – Manometers. High pressure and vacuum sensing techniques. LVDT. methods.AE 503 APPLIED INSTRUMENTATION 3(2+1) Theory UNIT I Basic instrumentation systems and transducer principles. UNIT IV 9 . UNIT III Temperature measurement using Bi-metals. UNIT III Maintenance and scheduling of operations. 2008. 2004. Dhanpat Rai & Sons. repair and maintenance of agricultural machinery. venturimeter. Force transducer _ Strain Gauge. Soil and Grain moisture transducers. linear programming and integer programming models and applications. Power and Energy measuring techniques. Load cell. Suggested readings Doebelin EO. Filters. Biomedical measurement – BP. work study. Ultrasonic. productivity. PTRs. Drag force. Electronic IC sensors and Pyrometers. Measurement Systems Applications and Design. Spectroscopy. STAT 601 OPERATIONAL RESEARCH 3(2+1) Theory UNIT I Nature. inventory control of spare parts.. Bourdon Tube. Method of separation of force – Torque. OD and pH measurement. Hair hygrometer and Humister. Thermistors. Thermistor and Thermocouple. Study the use of 8255 I/O IC. Thermocouples. Humidity measurement – Dry and Wet bulb. UNIT IV Flow transducers. Hot wire anemometers. Diaphragm type transducer. First order Markov chains and their applications in sales forecasting and in problems of inventory control and modeling of workshop processes and quality control. Proximity sensors and Photo pickups. Electromagnetic. Velocity transducers – Analog and Digital UNIT II Acceleration and absolute motion measurement. digital interfaces using Wave shapers and level shifters. Replacement of old machines. Amplifiers. Heat flux measurement. Digital Transducers. McGraw Hill. energy inflow in village ecosystem. energy use patterns. crop production energy. etc. 1985. liquid. Waters WK. agro industries/ processing and energy needs.engines. Grewal NS. Tata McGraw Hill. Extn. fuel blending. 1992 Stephen J Klin. Khanna Publ. Press. resource use pattern.C. Hand Book of Biogas Technology. rained. New Age International. Pennsylvania Agric. Establishment of esterification plant.. 1991. Suggested readings Carville LA. wind energy. other conversion processes. Crosby Lockwood & Sons. 1991. Solar Energy . biomass. planning of work system in agriculture. ocean currents and tides. Agricultural Engineering in Development: Selection of Mechanization Inputs. Similitude and Approximation Theory. Louisiana Cooperative Extn. 1980. Computer application in selection of power units and to optimize mechanization system. Rao SS & Parulekar BB. 1976. gaseous. alcohols and plant oils.Time and motion study. Costs and Methods. Solar Energy Fundamentals and Applications. Sukhatme SP. Circular No. McGraw Hill. photosynthesis and biomass. different categories of farmers. Renewable and Conventional . 1997. Energy heat flow and energy storage. biogas plants. heat.1984.1997. 1968. Solar Engineering of Thermal Processes. input/ output ratio. Practical Management problems and case studies.Principles of Thermal Collection and Storage.1965. Ahluwalia S. Energy Basis for Man and Nature. Oxford Univ. Mittal KM. Renewable Energy: Power for Sustainable Future. Culpin C & Claude S. Selecting Farm Machinery.Fundamental and Application. Culpin C & Claude S. Singh S & Singh G. Non-conventional. Study of various parameters for measuring the performance of the output. irrigated. emerge requirements. system planning for energy 10 . Principles of Energy Conservation. Man-machine task system in farm operations. Farm Machinery Management Guide. Duffle JA & Beckman WA. domestic purpose. fuel: solid. Profitable Farm Mechanization. Service Spl. 1977.1997. TMH New Delhi. 1996. animal. Agricultural Service Bulletin. Farm Power and Machinery Management. UNIT II Thermodynamics of energy conversion. water flow and storage. Culp AW. crop rotation and energy needs.1999. 1950. renewable energy sources. conversion of solar energy. mechanical energy sources. Practical Problems related to designing and analysis for conversion of renewable energy systems Suggested readings Boyle Godfrey. Biomass Systems: Principles & Applications. Tata McGraw Hill. 1980. Hunt D. John Wiley. Solar Energy . tractor owned. Farm Mechanization. RES 622 DESIGN AND ANALYSIS OF RENEWABLE ENERGY 3(2+1) CONVERSION SYSTEMS Theory UNIT I Energy cycle of the earth. UNIT III Development and use of biogas. plant oil esters in I. Garg HP & Prakash J. plantation. animal raising. bullock frames. gas flow rates. water flows. Tata McGraw Hill. RES 623 ENERGY MANAGEMENT AND PLANNING 3(2+1) Theory Human. FAO. Iowa State University Press. Tata McGraw Hill. UNIT IV Design of bio-fuel production units: design of gasifiers. 2nd Ed. Odum HT & Odum EC. self sufficiency in energy.Service Publication. processing industries like rice mill. Noyes Data Corporation. socioeconomic and environmental aspect of energy management. Academic Press. 11 . Suggested Readings Turner. management Handbook. Energy Environment and the Economy: Asian Perspectives Edward Elgar Publishing Grubb.K.convetional energy Systems. Energy modelling. USG Publishers. oil mill. Heat equivalents and energy coefficients for different agricultural inputs and products. D. T. UNIT II Energy audit of production agriculture. Renzo. K.N. planning and design of energy. output and input ratio. (1997). energy in – flow.( 1992). M and Walkar. reliability and availability . World resource Institute. Non. poultry. Programmers and Prospects. dairy etc. Energy analysis techniques and methods: energy balance. resource utilization. Guide to Energy Management Fairmont Press. H.C. USE. Mittal. ( 1987) . A. UNIT IV Energy conservation planning and practices. J. Reddy. scope. Energy Management and conservation in Agricultural Producation & Food Processing. Energy planning for village Eco. Energy pricing and incentives for energy conservation. modeling. Energy audit in agro.F. Direct and indirect energy. Pattern of energy consumption and their constraints in production of agriculture. Energy analysis for household sector.. Co-generation with alternate energy system. UNIT III Identification of energy efficient machinery systems. R. visit to oil mill for energy use pattern date collection visit to sugar mill. Economics. Integrated energy system.J. Energy. and Williams. project preparation strategies. Yardstick for energy resource analysis and conservation efficiency. John Willey. Energy and the Environment. Estimation and energy planning for mixed and integrated farming system.Energy for a sustainable world.B. ( 1975) . McGraw. Fowlerm J.V. Sheller Publishing. ( 1996). Emerging Energy Technologies : Impact and Policy Implication. (1983) Energy conservation System. Sornson. Energy forecasting..L. B.T.M. Rural and urban energy planning waste heat recovery. Fairmont Press. Estimation of energy equivalents for inflow outflow analysis.System. H. Energy economics. conservation of energy sources. factors effecting energy economics. Cogeneration Technologies and Economics of Process Industries. Park ridges. field survey. W. Questionnaire and contact procedures for survey. energy losses and their management. Brookfield. W. & S.(1997). Ludhiana. H. Energy Conservation in Process Industries. village Gur Industry for energy pattern date collection in Agro industries . J. study on energy needs for household. RES 624 AGRO-ENERGY AUDIT AND MANAGEMENT 2(2+0) Theory UNIT I Energy resources on the farm: conventional and non-conventional forms of energy and their use. J. Principles. R. ( 1997). New York. Kenny W. and rural living and scope of conservation. Hill Capehart. Inc. New Jersey.A. Dartmouth Pub.. Goldemberg. out flow in a atypical village. Verma S. Kennedy. Case study of energy conservation in a typical agro industry.conservation. energy budgeting for crop reduction. Practical Preparation of energy census schedule visit to sample farm and date collocation on energetic. Johnsson. V.P. Mittal V. Turner W. Intergraded energy planning exercise for farm. UNIT III True. Renwable Energy Sources. Prentice Hall. Energy Management. exponential models and its applications. E & F. Spring mass level system. Rai GD. & Wayne C Turner. linear models and its applications. Graph plotting: 2. AVI Publ. UNIT IV Application to different systems with special reference to Structural and fluid flow systems. Prediction of the deflection of a beam using a model. Verma SR. Analogues. Huntley HE. IV and V.D. C) Supporting Subjects AE 502 SIMILITUDE IN ENGINEERING 3(2+1) Theory UNIT I Dimensions and units. distorted and dissimilar models. Suggested Books Dym. Solution of the mathematical problems using MAT LAB tools.N. Khanna Publ. MATHS 601 Mathematical Modeling and Software Application 3(1+2) Theory UNIT I Introduction. Dimensional Analysis. Stephen J. Twindal JW & Anthony D Wier 1986. matrix manipulation. quadratic models and its applications. stages in mathematical modeling. Ronald Press. Ludhiana. Handbook of Energy Utilization in Agriculture. 12 . Investigation of extrapolation. data analysis and statistics.Suggested readings Kennedy WJ Jr. 3-D. linear algebra. Continuous and discrete models. Energy Management andConservation in Agricultural Production and Food Processing. USG Publ.1984. MAT LAB programming for Engineers. Analogue model experiments Suggested readings Green Murphy. Theory of models. UNIT V Simulation of mathematical models using MAT LAB programming. Spon Ltd. Practical Equations for the period of simple pendulum. Desktop tools UNIT IV MAT LAB basics: variables and arrays. UNIT III Introduction to MAT LAB. contour. roots of polynomials.1950. Mittal JP & Surendra Singh 1994. Agricultural Energetics.. 1974. CRC Fluck RC & Baird CD. UNIT II Dimensional and similarity analysis. 1980.1984. Clive L. Deflection of a cantilever beam. Chapman. 1998. Non-conventional Sources of Energy. importance of mathematical modeling UNIT II Classification of mathematical models. initialization variables. Principles of Mathematical modeling. Practical Hands on for UNIT III. Similitude in Engineering. Pimental D. Uniform rectangular cantilever beam. empirical models and its applications. Dover Publ. & Distr. UNIT III Constrained optimization algorithms: Knhn-Tucker conditions. Evaluation. Geometric programming. combustion and gasification. biochemical digestion process. Biotechnology and other Alternative Technologiesfor Utilisation of Biomass/ Agricultural Wastes. utilisation. Bor S Luh (Ed. utilization pattern as fuel. fermentation process. agricultural and agro industrial byproducts/wastes.Technologies. utilization. Gradient based methods.Ann. Bracketing methods. 1980. Optimization algorithms.1991. agricultural waste fired furnaces: Mechanism. Waste Management . simulated annealing. cellulose degradation.). equipment. Feed and Fuel from Biomass. briquetting process. Donald L Klass & Emert H George 1981. Region-elimination methods. Manure Production and Characteristics.PFE 605 AGRICULTURAL WASTE AND BY-PRODUCTS UTILIZATION 3(2+1) Theory UNIT I Generation of by-products. Wilfred A Cote. waste fired furnace. Suggested readings ASAE Standards. Optimal problem formulation. biological conversions. Global optimization. Rice: Production and Utilization.Planning. densification. UNIT III Utilization of wastes for paper production. Optimality criteria. Plenum Press. 1995. AVI Publ. Chahal DS. extraction. Point-estimation method. techniques. Oxford. rice husk. UNIT IV Sensitivity analysis. Root finding using optimization techniques. digestion systems. Fuels from Biomass and Wastes. Kinearized search. feasible direction method. 13 . UNIT II Multi-variable optimization algorithms: Unidirectional search. properties. construction and efficiency. Science Publ. production of particle board. Oxford & IBH. David C Wilson. on site handling. factors affecting briquetting.1983. suitability of wastes as fuel. 1989. Direct search methods. storage and processing. Biomass Briquetting andUtilization. Gradient based methods. Arbor. Chakraverty A. Srivastava PK. Food. UNIT V Specialized algorithms: Integer programming. UNIT II Collection of wastes. Biomass Utilization. Production of alcohol from waste materials. Generalized reduced gradient method. Maheswari RC & Ohja TP. production and testing of paperboards and particleboards from agricultural wastes. rice bran. 1981. Agricultural Waste Management Field Handbook. Jain Bros. USDA. Direct search for constrained minimization. Practical Exercises on stepped grate and fixed grate rice husk furnaces. briquette machine. anaerobic digestion. USDA 1992. energy from anaerobic digestion. by-products from rice mill. Gradient projection method. fuel briquettes. 1984. Oxford & IBH. MATH 602 OPTIMIZATION TECHNIQUES 2(1+1) Theory UNIT I Single-variable optimization algorithms. Transformation methods. UNIT VI Non-traditional optimization algorithms: Generic algorithms. UNIT IV Thermo-chemical conversions. Graphical Methods for Data Analysis. Wadsworth. Conn. UNIT III Concept of analysis of variance and covariance of data for single factor. Principal component analysis. STAT 531 DATA ANALYSIS USING STATISTICAL PACKAGES 3 (2+1) Theory UNIT I Use of software packages for: summarization and tabulation of data. Open University Press. 1981. Factor analysis. Analysis of time series data. Variable selection. 1993. graphical representation of data. Neural networks. California. 14 . Snell EJ & Simpson HR. Spatial analysis. Chatfield C. 1983. Multiple regression. UNIT IV Analysis of mixed models. A Printer in Data Reduction. Chapman & Hall. Principal component analysis-obtaining principal component. Basics and computing of Exploratory Data Analysis. Applied Non-parametric Statistical Methods. Statistics for Technology.Practical Hands on for UNIT I to IV Suggested Book Deb K. Practical: Use of software packages for summarization and tabulation of data. ANOVA. 1985 Plots Transformation and Regression. 1983. of time series data. Ehrenberg ASC. Testing the hypotheses for one sample t-test. Graphics Press. correlation and regression including multiple regression. Chapman & Hall. kleiner B & Tukey PA. t and f statistics. Testing of hypothesis based on large sample test statistics. Oxford University Press. multiple comparisons. Suggested Book: Atkinson AC. Factor analysis. Estimation of variance components. Cleveland WS. John Wiley. similarity measures. 1985. 1982.maximum likelihood. Milton Keynes. contrast analysis. Applied statistics. two sample t-test. Regression plots. F-test. fitting of non-linear models. Tufte ER. Optimization for engineering design. dissimilarity measures. Belmont. contrast and its testing. Spatial analysis. Estimation of variance components in unbalanced data sets. Exploratory data analysis. Neural networks. test for large sample-chi-squares test. UNIT. Algorithms and examples. Prentice Hall of India. REML. Wadsworth. 3 rd Ed. Sprent P. Application. spectral composition. Velleman PF & Hoaglin DC.fitting of ARIMA models. one way and multi-classified experiments. Testing the significance of contrast. Chapman & Hall. one way analysis of variance. and partial correlation. Fitting and testing the goodness of fit of probability distributions. A Handbook of GENSTAT Analyses. Chatfield C 1995 Problem solving: A statistician’s Guide. Linear regression. Duxbury Press. Descriptive statistics: Graphical representation of data. working out moving averages. 1991. Belmont. Chapman & Hall Cleveland WS. 1992 Understanding Data 2nd Ed. Time series data. multi-factor. The Elements of Graphing Data. fixed effect models-analysis of unbalance data set s. UNIT V Discriminate function. Cheshire. California. Fitting of growth models curve estimation models. paired t-test. The Visual Display of Quantitative information. testing and significance of contrasts. 2nd Ed. New Delhi 1996. obtaining descriptive statistics.II Fitting and testing the goodness of fit of discrete and continuous probability distributions. Chambers JM. 1993. Testing of hypothesis using chi- square. Erickson BH & Nosanchuk TA. Project’s quality standards and how performance to those standards will be measured.). Role of libraries in education. Establishing the project scope and defining project deliverables. CABI Abstracts. Keeping the Project on Track The quality process. Suggested Books Pavlyak MM. and incorporate change into the project plan. Use of CD-ROM Databases. reviews. Use of Internet including search engines and its resources. Break even point. Source of finance. Process of soliciting and selecting vendors for material and services for the project. Project scheduling techniques.theses. UNIT IV Execution of the project plan and Evaluation Project Progress. Cost Management. 200. Debt-equity ratio. material and methods. Managing Project change Handling formal and informal change. techno-economic feasibility analysis.Various forms of scientific writings. Secondary Sources and Tertiary Sources. projections planning for sales target achievements. Thomsett TC. research and technology transfer. Establishing the project Management Team Identifying project team members. preface. Classification systems and organization of library. e resources access methods. etc. RONW. Tracing information from reference sources. review of literature. Intricacies of abstracting and indexing services (Science Citation Index. Sources of information. how to identify and evaluate change. monitor progress against the plan. American Management Association. and develop responses to high-risk events. UNIT V Risk Identification and Analysis: Identify risky events. and keep the project on track.Primary Sources. authorship contents page. Chemical Abstracts.AE 605 PROJECT PLANNING AND IMPLEMENTATION 3(2+1) Theory UNIT I An introduction to project management: An overview of project management. Biological Abstracts. UNIT III Resource planning: Determining resource requirements and acquiring those resources. Various parts of thesis and research communications (title page. Execution of the project plan and activities required to create the project team. 1990. R& D and social security projects. experimental 15 . technical papers. GMP and HACCP. Defining and Sequencing of Project Deliverables. UNIT II Successful initialization and Project Planning. Capacity utilization. Practical Preparation of model detailed project report for a small scale food processing unit and its power point presentation. Literature survey. Debt service coverage ratio. and structuring a successful project team. Citation techniques/Preparation of bibliography. Defining the project scope. Establishing the project budget and analyzing budget variances. System Survival Guide. etc. case studies of various food products. manuals. the Little Book of Project Management. NON-CREDIT COMPULSORY COURSES PGS 501 LIBRARY AND INFORMATION SERVICES 1(0+1) Practical Introduction to library and its services. The differences between Project and Program management. ROI. Ruby Moon Press. measure the element of risk. Risk analysis for financial and technical feasibilities of the projects. Online Public Access Catalogue and other computerized library services. PGS 502 TECHNICAL WRITING AND COMMUNICATIONS SKILLS 1(0+1) Practical Technical Writing . project appraisal methods as applied to selected projects. Industrial. introduction. Market research and forecasting. PGS 503 INTELLECTUAL PROPERTY AND ITS 1(1+0) (e-Course) MANAGEMENT IN AGRICULTURE Theory Historical perspectives and need for the introduction of Intellectual Property Right regime. House. Speaking English Effectively.1998. (Ed. 2006. Ministry of Agriculture. Convention on Biological Diversity.Grammar (Tenses. designs and layout. Design Act. rotection of plant varieties and farmers’ rights and biodiversity protection. Intellectual Property and Intellectual Property Rights (IPR). Error analysis (Common errors). protection in biotechnology. Prentice Hall of India. Phonetic symbols and transcription. Spoken English: Flourish Your Language. Indian Legislations for the protection of various types of Intellectual Properties.Patents Act. Chand & Co. Protectable subject matters. pagination. Prentice Hall of India. 1969. Sethi J & Dhamija PV. National Biodiversity protection initiatives. Material transfer agreements. presentation of scientific papers. V. Accentual pattern: Weak forms in connected speech: Participation in group discussion: Facing an interview. Writing of numbers and dates in scientific write-ups. Barnes & Noble. geographical indications. parts of speech. Ganguli P. ownership and period of protection. Course in Phonetics and Spoken English. Richard WS. Gordon HM & Walter JA. CABI. Wren PC & Martin H. 2001. (Ed. Communication Skills . citations etc. 2004. 2005. 5th Ed. Robert C. NTC Business Books. Technology Generation and IPR Issues. 2005. 1957 and amendments. The Copyright Act. copyrights. Intellectual Property Rights in Animal Breeding and Genetics. License Agreement. Handbook for Technical Writing. Daya Publ. summaries.. The Indian Acts . illustrations. 2006. clauses. Collins’ Cobuild English Dictionary. MLA Handbook for Writers of Research Papers. Affiliated East-West Press. commonly used abbreviations in the theses and research communications. trade secrets and traditional knowledge. Saha R. James HS. 2000. Comp. précis. 14th Ed. 1970. Technical Writing. Abhishek. Intellectual Property Rights in Agricultural Biotechnology. Technical Writing.). 2003. 6th Ed. Academic Foundation. Rinehart & Winston. CABI. protection of other biological materials. Suggested readings Chicago Manual of Style. State of Indian Farmer. Harper Collins. 2nd Ed. Oxford Advanced Learner’s Dictionary of Current English. punctuation marks). NRDC & Aesthetic Technologies.results and discussion). MacMillan India. Research collaboration Agreement. Oxford University Press. 2000. Intellectual Property Rights: Unleashing Knowledge Economy. Writing of abstracts. numbering of tables and illustrations. Licensing of technologies. McGraw-Hill. Layout 16 . 2000. Hornby AS. 1970 and amendments.). International Treaty on Plant Genetic Resources for Food and Agriculture. 2004. Mohan K. 1996. Editing and proof-reading. Rothschild M & Scott N. 1994. Concord. Collocation. photographs and drawings with suitable captions. Trademarks Act. S. Writing of a review article. Holt. Intellectual Property Rights: Key to New Wealth Generation. Vol. 1995. benefits of securing IPRs. Intellectual Property Rights in NAM and Other Developing Countries: A Compendium on Law and Policies. Government of India. 1999. trademarks.). TRIPs and various provisions in TRIPS Agreement. High School English Grammar and Composition. (Ed. Joseph G. Suggested readings Erbisch FH & Maredia K. 2001. Fundamentals of patents. 3rd Ed. Sage Publ. Indian Agriculture . Description of flowering plants in botanical terms in relation to taxonomy Suggested readings Furr AK. A Handbook of Laboratory Solutions. Neutralisation of acid and bases. RESEARCH ETHICS 1(1+0) (e-Course) AND RURAL DEVELOPMENT PROGRAMMES Theory UNIT I History of agriculture in brief. Voluntary Agencies/Non-Governmental Organisations. CCS. condensers. Singh K. Haryana Agricultural University. waterbath. separatory funnel. 1968. micropipettes and vaccupets. welfare of animals used in research. 1998. Policies and Management. CRC Hand Book of Laboratory Safety. pipettes. Consultative Group on International Agricultural Research (CGIAR): International Agricultural Research Centres (IARC). rural development policies and strategies.Design Act. Preparation of different agro-chemical doses in field and pot applications. opportunities. Intensive agricultural District Programme. 2003. vacuum pumps. Global agricultural research system: need. 2007. Tissue culture of crop plants. Handling techniques of solutions. Sage Publ. 2001. magnetic stirrer. Rao BSV. Punia MS. viscometer. National Agricultural Research Systems (NARS) and Regional Agricultural Research Institutions. Manual on International Research and Research Ethics. standards and problems in research ethics. Use of burettes. 2000.Principles. partnership with NARS. scope. testing of pollen viability. sandbath. micro-ovens. Integrated Rural Development Programme (IRDP) Panchayati Raj Institutions. National Biological Diversity Act. measuring cylinders. 2000. Rural Development Strategies and Role of Institutions -Issues. reparation of solutions of acids. Seed viability testing. Mittal Publ. Chemical Publ. reducing poverty and protecting the environment. Co. 17 . Role in promoting food security. UNIT III Concept and connotations of rural development. laminar flow. Use and handling of microscope. PPV and FR Act 2001. Hisar. flasks. Rural development programmes: Community Development Programme.. Special group –Area Specific Programme. Gabb MH & Latchem WE. PGS 505 AGRICULTURAL RESEARCH. Rural Development . PGS 504 BASIC CONCEPTS IN LABORATORY TECHNIQUES 1(0+1) Practical Safety measures while in Lab. Electric wiring and earthing. oilbath. role as a partner in the global agricultural research system. washing. drying and sterilization of glassware. incubators. Constraints in implementation of rural policies and programmes. Weighing and preparation of solutions of different strengths and their dilution. strengthening capacities at national and regional levels. CRC Press. Preparation of media and methods of sterilization. Innovations and Initiatives. Co-operatives. research safety in laboratories. Handling of chemical substances. International fellowships for scientific mobility. Critical evaluation of rural development policies and programmes. computer ethics. and Rules 2003. Preparation of buffers of different strengths and pH values. Suggested readings Bhalla GS & Singh G. UNIT II Research ethics: research integrity.Four Decades of Development. Drying of solvents/chemicals.thermometer. role of NGOs. Coping with Catastrophe: A Handbook of Disaster Management. UNIT III Disaster Management.Meaning and nature of natural disasters. air pollution. Africa and Latin America(AMA) • Agricultural Engineering Journal( AIT Bangkok) • Seed research Journal. Climatic Change: Global warming. and media. Disaster Management. India FARM MACHINERY AND POWER ENGINEERING List of Journals • Journal of Agricultural Engineering. New Delhi • Journal of Arid Land Research Management • Journal of Agricultural Engineering Research • Transactions of American Society of Agricultural Engineers( TASAE) • Journal of Computer and Electronics in Agriculture • Journal of Terramechanics • Indian Journal of Agriculture Sciences • Agricultural Engineering Today • Journal of Agricultural Mechanization in Asia. water pollution. Indian National Science Academy. Oil fire. Earthquakes. Community-based organizations. sea accidents. Drought.Nuclear disasters. Industrial wastewater pollution. biological disasters. Landslides. Armed forces in Disaster response. 2001. Sea Level rise. air accidents. rail accidents. coal fire. Hodgkinson PE & Stewart M.Efforts to mitigate natural disasters at national and global levels. Concept of disaster management. Volcanic eruptions. forest fire. Routledge. Ozone Depletion UNIT II Man Made Disasters. national disaster management framework. ISAE. District and local Administration. Central. their types and effects. International Strategy for Disaster reduction. Cyclone. road accidents. financial arrangements. 2003. chemical disasters. Sharma VK. Suggested readings Gupta HK. building fire. National Centre for Disaster Management. Disaster Management. State. Orient Blackswan. Heat and cold Waves. New Delhi 18 . Floods.PGS 506 DISASTER MANAGEMENT 1(1+0) (e-Course) Theory UNIT I Natural Disasters. 1991. Avalanches. Disaster response: Police and other organizations. deforestation. harvesting and threshing. seeding.599 20 (0+20) Master’s research * Compulsory Course Contents A) Major subjects FMPE 501 DESIGN OF FARM POWER AND MACHINERY SYSTEMS 4(3+1) Theory UNIT I Modern trends.592 1 (0+1) Special Problem FMPE – 595 NC Industry/Institute Training B) Minor Subjects FMPE-505 3 (2+1) Instrumentation and stress analysis FMPE. principles. UNIT II Analytical design considerations of linkages/ components in farm machinery and its application. Design considerations. Credits Title of the course offered by the department No. planting.521 2 (0+2) Computer aided system design C) Supporting Subjects FMPE-514 1 (0+1) Research methodology FMPE-531 3 (2+1) Pesticides application techniques FMPE-532 3 (2+1) Advanced manufacturing technology STAT. UNIT III Design of selected farm equipments: – tillage. UNIT IV Design and selection of matching power unit. procedure and their applications in agricultural tractors & typical machines. Engg.511 3 (2+1) Statistical methods for applied Sciences MATHS-502 2 (1+1) Methods of Numerical Analysis D) Seminar. b. Reliability criteria in design and its application. Tech. interculture. (Agril.) FMP Sem Term Course No. plant protection. vibrating and oscillating machines. procedures. fundamentals and economic considerations for design and development of farm power and machinery systems. Design of rotary. Special Problem and Case Study FMPE-591 1 (0+1) Master’s seminar E) Doctoral Research FMPE. No. UNIT V 19 . A) Major Subjects FMPE-501* 4 (3+1) Design of farm power & machinery system FMPE-502* 3 (2+1) Soil dynamics in tillage & traction FMPE-503* 3 ( 2+1) Testing and evaluation of tractor and farm equipment FMPE-504 2 (1+1) System simulation and computer aided problems solving in engineering FMPE-507 4 (3+1) Farm machinery dynamics noise and vibration FMPE-508 3 (2+1) Tractor design FMPE-509 3 (2+1) Operational research in farm power and machine management FMPE-510 3 (2+1) Ergonomics and safety in farm operation FMPE . Masters Programmes Name of the programme: M. Suggested readings Arther W Judge 1967. Lal R & Dutta PC. mechanics of traction devices. Raymond N. Bindra OS & Singh Harcharan 1971. Barger EL. slippage and sinkage of wheels. their selection. I.Safety devices for tractors & farm implements. design of traction and transport devices. Soil Dynamics in Tillage and Traction. Oxford & IBH. Tractor Implements System. 1979. 1945. design and performance of traction devices and soil working tools. 1989. Wheel slippage and tyre selection.1986. Practical Statement and formulation of design problems. stress-strain relationships. Liljedahl JB & McKibben EC 1967. Vol. Pesticides Application Equipments. William. US Govt. Oxonian Press. Vol. Ralph Alcock. National Technical Information Service. Design of mechanisms & prototypes in farm machinery. D. soil vehicle models. Elsevier. UNIT IV Introduction of traction devices. Mathur ML & Sharma RP. R Gill & Glen E Vanden Berg. McGraw Hill. Theory of Operations. Vol. Haman J & Kanafajski CZ. 1995. Rotary Soil Working Machines Construction. Construction and Calculations of Agricultural Machinery. Internal Combustion Engines. design parameters and performance of tillage tools. Pesticide Application Equipment forUse in Agriculture. A Text Book of Machine Design. 1987. Yatsuk EP. Sharma PC & Aggarwal DK. A Course in Internal Combustion Engines. Co. FAO Rome. U. Calculation and Design. UNIT II Mechanics of tillage tools and geometry of soil tool system. Maleev VL. Theory. Agricultural Machines Oxford & IBH. function & size. High Speed Diesel Engines.1972. II. theory of soil failure. Chapman & Hall. of Commerce. 20 . Deflection between traction devices and soil. 1988. Design of farm power systems. 1990.S. Springfield. Soil compaction by agricultural vehicles and machines. Verniaev OV & Sultan-Shakh EG. Klenin NI. I. Virginia. Agricultural Machines. Vehicle Traction Mechanics. Practical Relationship of soil parameters to the forces acting on tillage tools.1981. Thornhill EW & Matthews GA. Dhanpat Rai & Sons. Agricultural Engineering (through solved examples). Yong Ezzat A & Nicolas Skiadas 1984.C. Popov IF & Sakoon VA. American Publ. Amrind Publ. Mechanically Powered Equipment. evaluation and prediction of traction performance. Saroj Parkashan. 1968. Bernacki C. mechanics of steering of farm tractor. Theory and Construction. UNIT III Dimensional analysis of different variables related to soil-tyre system. Wiley eastern. Dept. special problems of wet land traction and floatation. AVI Publ. Tractors and their PowerUnits. Bosoi ES. Printing Office. FMPE 502 SOIL DYNAMICS IN TILLAGE AND TRACTION 3(2+1) Theory UNIT I Dynamic properties of soil and their measurement. Computing and Controlling Parameters and theCondition of Operation. Katson Publishing House. Washington. tyres-types. Suggested readings Anonymous. INSDOC. Soil Dynamics in Tillage and Traction. Supdt. U. national and international codes. fundamental and derived units. Of Documents. Printing Office. Implements.1967. Nebraska Tractor Test Code for Testing Tractor. 1962. Ludhiana. 1979. test procedure. Sims BG & O’Neill D H. Design of Soil Tillage Machines. Material testing and its chemical composition. USA. National Agricultural Technology Information Centre. Wiley Eastern. usage and limitations. conversion of units of measurement. Inns FM. 1983. Power losses in dynamometers and hydraulic test equipment. Gill & Vandenberg. Lal R & Dutta PC. conversion of equations in different units. FMPE 503 TESTING AND EVALUATION OF AND FARM EQUIPMENT TRACTORS 3(2+1) Theory UNIT I Types of tests. UNIT V Review and interpretation of test reports. systems of units. Agricultural Engineering (through solve examples). FAO Agricultural Services Bull. Practical Laboratory and field testing of selected farm equipment. Tractors and their PowerUnits. dimensions and units. Sineokov GN. Published by ISI. New Delhi.C. Selection. 2001. Technical Series 12.Suggested readings Daniel Hill. Interpretation and reporting of test results. No. Saroj Parkashan. Smith DW. Govt. Barger EL. Washington. Non-destructive testing techniques. Academic Press.S. John Wiley & Sons. 115. Non-destructive testing techniques. Indian Standard Codes for Agril. Mishra SK & Sharma VK. conversion of dimensional constants. Nebraska. UNIT III Prototype feasibility testing and field evaluation. Terzaghi K & Peck Ralph B. 21 . RNAM Test Code & Procedures for Farm Machinery. FMPE 504 SYSTEM SIMULATION AND COMPUTER AIDED 2(1+1) PROBLEM SOLVING IN ENGINEERING Theory UNIT I Concept. 1995. Case studies.Principle and Practice. UNIT II Test equipment. Accelerated testing of fast wearing components. complete set of dimensionless products and their formulation methods. Metha ML. New Delhi. UNIT IV Tractor performance testing. 1965.1968. Testing and Evaluation of Agricultural Machinery and Equipment . Fundamentals of Soil Physics. Verma SR. Liljedahl JB & McKibben EC. evaluation and interpretation of results. Laboratory and field testing of selected farm equipment. Testing and Evaluation of Agricultural Machines and Equipment. 1967. Testing and Evaluation of Agricultural Machinery. Soil Mechanics in Engineering Practices. 1986. advantages and limitation of dimensional analysis. 110. Buckingham’s Pi theorem and other methods. FAO Service Bull. D.the Rayleigh’s method. round off errors.truncation errors. flow of seeds and fertilizers through tubes and boots. energy method. Nature of simulation systems models and simulation. Robert J Schilling Sandra L Harries. rota-tillers and puddlers. Theory of mechanical separation of grains from ear heads/pods. Law & W David Kelton. Lagrange equation. in damped and without damped analysis of one. 1989. Numerical Methods. Suggested readings Averill M.UNIT II Mathematical modeling and engineering problem solving. Similitude in Engineering. sweeps and blades. Academic Press. UNIT V Solving differential equation on computers. 1914. Oxford & IBH. Kinematics of transplanters. Simulation Modeling and Analysis. John Wiley & Sons. Veerarajan T & Ramachnadran T. Kinematics of reapers/harvesting machines.quality control. Introduction to Computing forEngineers. Simulation of singular server que. 2002. 2000. UNIT III Theory of atomization. Singh RP. Buckingham E.programme organization and logic- development of algorithm. McGraw Hill. Thomson Asia. Langhar H. UNIT III Computers and softwares – software development process – Algorithm design. 2000. aerodynamic properties of straw and grain mixture. Physical Reviews 4: 345. specific energy for atomization. electrostatic spraying and dusting. Numerical Methods with Programmes in C and C++. Simpson OJ. UNIT II Metering of seeds and granular fertilizers with various mechanism.2000. 2004. Wilks SS.modeling engineering systems with ordinary differential equations. Tata McGraw Hill. Tata McGraw Hill. power requirement of various components of field machines. On Physical Similar System. Murphy J. UNIT IV Noise and vibration theory. Computer Application in Food Technology. Basic Statistics. 1962. Steven Chopra & Raywond Canale. theory of root crop harvesters.components of discreet event simulation model. transverse and torsional vibrations. 1951. Dimensional Analysis and Theory of Models. McGraw Hill. discs. UNIT IV Approximation.documentation and maintenance – software strategy. 1950. Types of vibrations. effect of various parameters on distribution of seed and fertilizer in seed cum fertilizer drills and planters. Balagurusamy E. units and parameters of measurement and their importance. NOISE & VIBRATIONS 4(3+1) Theory UNIT I Principles of soil working tools: shares.time advance mechanisms. Parameters affecting performance of threshers. Mathematical Statistics. 2000.solution techniques using computers. two and multiple degree of freedom systems and their solution using Newton’s motion.free and forced. shovels. FMPE 507 FARM MACHINERY DYNAMICS. The Roland Press Co. Applied Numerical Methodsfor Engineers Using MATLAB and C. spray distribution patterns. – program composition.Definition. longitudinal. UNIT V 22 .discreet event simulation. Raleigh’s methods. John Wiley & Sons. Theory and Worked Example.1969. Mechanical Vibrations. Ltd.1986. Shock and Vibration Hand Book. Elements of Farm Machinery. reaper. Getzlaff GE. Nartov PS. Meirovitch L. Srivastav AC. 1993. and MI by free vibration test. Disc Soil Working Implements. Determination of modulus of elasticity. AVI Publ. Comparative Studies on Standard Plough Body. hydraulic system & hitching. Amrind Publ. combine. Steidal. Kepner RA.degree of freedom system. Bosoi ESO. Practical Extensive practices on the packages mentioned in the theory. Macmillan RH. 6. Co. vibration of continuous media. Marples. 1993. Dynamics of Machinery. modern trends in tractor design and development. Tractors and their PowerUnits. Co. 1987. Verniaev V. A. chassis.Implement Performance. 1978. McGraw Hill. work-place area and controls. Suggested readings Ballaney PL. Balancing of single rotating weight and number of weights in same plane and different planes.Introduction of transient vibration in systems. Vol. No. Smirnov & Sultan-Shakh EG. Study of different vibration measurement and evaluation. Measurement and analysis of vibration on different components of thresher. Computer aided design and its application in agricultural tractors. Maleev VL. Chapman & Hall. Liljedahl JB & McKibben EC. ASAE Text Book No. Bainer R & Berger EL. High Speed Diesel Engines.56. Grover GK. 1985. Heat motion in two pendulum system. A. Theory of Vibration with Application. Balkema. power tiller and tractor. Suggested readings Arther W Judge 1967. Tire selection UNIT III Mechanics of tractor. Oxonian Press Pvt. Agricultural Machines. William T Thomson. Tractor Implements System. driver’s seat. Barger EL. Theory of Machines. FMPE 508 TRACTOR DESIGN 3(2+1) Theory UNIT I Technical specifications of tractors available in India. Detailed analysis of multi. Popov IF & Sakoon VA. Rotterdam. 1976. Roorkee. 1990. Harris CM & Crede CE. Klenin NI. Wiley International & ELBS Ed. Ralph Alcock 1986. 23 . University of Melbourne. 2nd Ed. Engineering Principles of Agricultural Machines. Design of fuel efficient engine components and tractor systems like transmission. rigidity. McGraw Hill. Whirling of shaft. special design features of tractors in relation to Indian agriculture. Internal Combustion Engines. 1967. Kelly SG. Elements of Vibration Analysis. New Chand & Bros. Complete balancing of reciprocating parts of engine Practical Study of vibration measurement and analysis equipment. Computing and Controlling Parameters and the Condition of Operation. 2000. 1996.Construction and Calculations of Agricultural Machinery. 1974. steering. Theory of Operations. Principles of Farm Machinery. I. Introduction to Mechanical Vibrations. front suspension. AVI Publ. 1967. Prentice Hall. 1986. 2001. McGraw Hill. Wiley Eastern.. Theory. Fundamental of Mechanical Vibration. 1945. 2nd Ed. McGraw Hill. Oxford & IBH. Holowenko AR. The Mechanics of Tractor . McGraw Hill. Dynamics of Machines. Khanna Publ. UNIT II Parameters affecting design of tractor engine and their selection. McGraw Hill. Evaluation of logarithmic decrement and damping factor. Co. 1977. project planning and control with PERT and CPM. Farm safety legislation.1984. UNIT II Physiological stress indices and their methods of measurement: Mechanical efficiency of work. work study. Practical Management problems and case studies. method study. thermal comfort. Hunt D. heat stress. Louisiana Cooperative Extn. UNIT V 24 . productivity. 1968. Culpin C & Claude S. Extn. measurement of physical and mental capacities. 1980. joint movement and method of measurement. linear programming and integer programming models and applications. UNIT III Maintenance and scheduling of operations. Selecting Farm Machinery. Computer application in selection of power units and to optimize mechanization system. Service Spl.FMPE 509 OPERATIONS RESEARCH IN FARM 3(2+1) POWER & MACHINERY MANAGEMENT Theory UNIT I Nature. effect on performance and behavior. Suggested readings Carville LA. concept of indirect calorimeter. color discrimination. shortest route and minimal spanning tree problems. Network terminology. FAO. methods. fatigue and shift work. Man-machine task system in farm operations. Circular No. Agricultural Engineering in Development: Selection of Mechanization Inputs. Mechanical environment. planning of work system in agriculture. UNIT III Anthropometry and Biomechanics: Anthropometric data and measurement techniques. thermal environment. impact and scope of operational research. 1992 FMPE 510 ERGONOMOCS AND SAFETY IN FARM OPERATIONS 3(2+1) Theory UNIT I Concept and design criteria for optimum mutual adjustment of man and his work: Importance of ergonomics and its application in agriculture. inventory control of spare parts. Waters WK. liberation and transfer of energy in human body. safety standards at work place during various farm operations and natural hazards on the farm. First order Markov chains and their applications in sales forecasting and in problems of inventory control and modeling of workshop processes and quality control. Iowa State University Press. UNIT IV Human limitations in relation to stresses and demands of working environments. Replacement of old machines. Agricultural Service Bulletin. UNIT II System approach in farm machinery management and application of programming techniques to the problems of farm power and machinery selection. 1950. Farm Machinery Management Guide. field of vision. McGraw Hill. Farm Mechanization. maximal flow problem. Crosby Lockwood & Sons. UNIT IV Time and motion study. work physiology in various agricultural tasks. 1980. Farm Power and Machinery Management. noise and vibration and their physiological effects. general guidelines for designing visual display.Service Publication. repair and maintenance of agricultural machinery. analysis and application of anthropometric data. Culpin C & Claude S. Profitable Farm Mechanization. Costs and Methods. Pennsylvania Agric. Ergonomics. The evaluation will be based on the written report of the student and the comments of the factory managers. Design and analysis of strain gauges. Mechanical. Bedford. 1972.1991. 2001. assembly and testing of the machines and equipment. torque and shaft power. Zander J. Principles of Ergonomics. 1991. The duration of training shall be three weeks. vibration. B) Minor Subjects FMPE 505 APPLIED INSTRUMENTATION IN FARM 3( 2+1) MACHINERY AND STRESS ANALYSIS Theory UNIT I Strain and stress. Analog and digital modes. FMPE -592 Special Problem 1(0+1) Any related problem based on students requirement FMPE -595 INDUSTRY / INSTITUTE TRAINING 1(0+1) (NC) Theory In-plant training in the relevant farm power and machinery industry during manufacturing. pressure. Accident / Incident Prevention Techniques. case studies on ergonomics. John Wiley & Sons. Charles D Reese. Prentice Hall. Ergonomics in Machine Design. To study the actual working of the equipment and various unit operations.1972. force. Engineering. Gavriel Salvendy. Practical Laboratory experiments on measurement of physical and mental capacities and limitations of human-being in relation to the stress and environment. McGraw Hill. sound. Human Factors in Engineering and Design. Hand Book of Human Factors and Ergonomics. Suggested readings Bridger RS. 2001.Man-machine system concept. The student shall be required to do training in the institute other than the institute in which he/she is enrolled. 25 . Zander J. optical.1971. 1995. 1997. William D McArdle. 1976. noise and vibrations. Mathews J Sanders. Various methods of determining srain/stresses experimentally. Taylor & Francis. McGraw Hill. Ergonomics in Agricultural Design. flow etc. Wrest Park Silsoe. Elsevier. and their use. Kromer KHE. Performance characteristics of instruments including static and dynamic characteristics. and gaseous fuels. National Institute of Agric. Anthropometric measurements. Active and passive transducers. velocity. Measuring instruments for calorific value of solid. liquid. Mathews J & Knight AA. 4th Ed. relative humidity.Measurement of gas composition using GLC. Design aspects of foot and hand controls on tractors and farm equipment. strain gauges. Human factors in adjustment of man and his work. Exercise Physiology. Strain gauges: types and their application in two and three dimensional force measurement. electrical acoustical and pneumatic etc. UNIT III Devices for measurement of temperature. Null and deflection methods. Lea & Febiger. Measuring devices for displacement (linear and rotational). study of human response to dust. Design of operator’s seat for tractors and agricultural equipment. UNIT II Introduction to functional elements of instruments. strain relationship. Recording devices and their type. Elsevier. Introduction to Ergonomics. Cormicks MS & MCEj. Tata McGraw Hill. 1971. greenhouse agriculture. Knudra. anaerobic and aerobic fermentation. Hayden Book Co. Mukhopadhyay. Production. Introduction to FEM. human animal and municipal waste. CAD/CAM Theory and Pratice. New Delhi. Measurement System . The Strain Gauge Primer. 2000. Suggested readings Ambrosius EE. drying. McGraw Hill. properties. methanol. preparation of bill of material and costing. producer gas engines. Ernest O Doebelin. Instrumentation and Control.V. 2000. plant. C. Holman P 1996. radiation exchange process. 2001. cooling. treatments. strain gauge transducer. RES -501 RENEWABLE ENERGY SOURCES 3(2+1) Theory Solar energy solar radiation. wind mill structure design. John Wiley & Sons. recycling. Nachtigal CL. dehydration. thermosyphon effect.Application and Design. Sterilization. Computer and Structural analysis. Mechanical Measurements.1995. New Delhi. distribution. Measurement Systems . Data storage and their application. power. making of thermocouples and their testing- Basic electronic circuits and application of linear ICs. Finite Element. Practical. 1990. biological conversion of solar energy. Perry CC & Lissner HR. wind mill parameters. Computer aided selection of standard mechanical components. Matrix. Computer aided analysis and synthesis of common mechanical components. BeckwithTG. 2000.data acquisition system – micro computers for measurement and data acquisition. Experimental Methods for Engineers. Mechanical Measurement and Instruments. Tata McGraw Hill. 26 . direct and indirect heating. Practical Calibration of instruments. economics of solar energy systems. 1996. refrigeration. K. Tata McGraw Hill. design of plough share / furrow openers / plough discs. McGraw Hill. solar energy materials & energy storage. Krishnamooorty. 2001. FMPE 521 COMPUTER AIDED SYSTEM DESIGN 2 (0+2) Practical Introduction to computer aided design. Fundamentals and Application. Oliver FJ. Speed measurement using optical devices. Tata McGraw Hill. vibration measurement exercises . Oxford & IBH Publishing Co. power generation. design and performance of rotors. composition.1962. 1966.UNIT IV Basic signal conditioning devices . M. cooking. Preparation of engineering drawings of machine / implement components. T. Computer Aided Mechanical Design and Analysis. torque characteristics. performance evaluation. Addison-Wesley. Theory and Programming. New Delhi. Pvt Ltd. and other components of farm machinery. anaerobic digestion. Geometric modeling and interactive graphics. Application of numerical methods and optimal techniques to machine design problems. solar collection. Suggested Books Rammmurty. G. McGraw Hill. Wind energy. velocity and power duration curves. Numerical Control and Computer Aided Manufacturing. Liquid fuels. Energy from biomass and wastes. Ethanol. biogas. 1966. Instrumentation Transducers. Finite Element Analysis. Pasteurization. sources. solar applications. New Delhi. crop residues and animal waste digestion. Zeid. The Ronald Press. Experiment on LVDT.Application and Design. inductive and capacitive pick ups. McGraw Hill. solar pv systems. Doeblin EO. Practical Calorific value estimation of biogas and producer gas, Design and benefit analysis of community biogas plant, Measurement of heat balance over a flat plate collector, Solar powered refrigeration system. Natural convection and forced convection solar dryers. Conduction, convection, radiation efficiency measurement- simulated anaerobic studies. Solid state fermentation. Study of ethanol and methanol plants, solar pv characteristics. Suggested Reading Culp, A.W. (1991) Principles of Energy Conversion, McGraw Hill pub. Co Inc. Odum. H.T. and Odum, E.C. (1976) Energy Basis For Man and Nature. Mc Graw, Hill Pub.Co.Inc. Garg, H.P. and Praksh J. (1976) Solar Energy- Fundamentals and Applications. Tata Mc Graw, Hill pub.Co.Inc. Sukhatmes,S.P. ( 1997 ) Solar Energy- Principles of Thermal Collection and Storage Tata Mc Graw Hill. pub. Cp. Ltd.New Delhi. Duffie, J.A. and Beckman W.A. (1991) Solar Engineering of Thermal Processes. John Willey, New York. Twidell, J.W. & Weir, A.D. (1986) Renewable Energy Sources, E & FN Spon Ltd. London. Rai G.D. (2001) Non Conventional Energy Sources, Khanna Publishers, Delhi. RES 505 AGRO-ENERGY AUDIT AND MANAGEMENT 2(2+0) Theory UNIT I Energy resources on the farm: conventional and non-conventional forms of energy and their use. Heat equivalents and energy coefficients for different agricultural inputs and products. Pattern of energy consumption and their constraints in production of agriculture. Direct and indirect energy. UNIT II Energy audit of production agriculture, and rural living and scope of conservation. UNIT III Identification of energy efficient machinery systems, energy losses and their management. Energy analysis techniques and methods: energy balance, output and input ratio, resource utilization, conservation of energy sources. UNIT IV Energy conservation planning and practices. Energy forecasting, Energy economics, Energy pricing and incentives for energy conservation, factors effecting energy economics. Energy modelling. Suggested readings Kennedy WJ Jr. & Wayne C Turner.1984. Energy Management. Prentice Hall. Pimental D. 1980. Handbook of Energy Utilization in Agriculture. CRC Fluck RC & Baird CD.1984. Agricultural Energetics. AVI Publ. Rai GD. 1998. Non-conventional Sources of Energy. Khanna Publ. Twindal JW & Anthony D Wier 1986. Renwable Energy Sources. E & F.N. Spon Ltd. Verma SR, Mittal JP & Surendra Singh 1994. Energy Management and Conservation in Agricultural Production and Food Processing. USG Publ. & Distr., Ludhiana. RES 508 DESIGN AND ANALYSIS OF RENEWABLE 3(3+0) ENERGY CONVERSION SYSTEMS Theory UNIT I Energy cycle of the earth; water flow and storage; ocean currents and tides. Energy heat flow and energy storage; photosynthesis and biomass; renewable energy sources. UNIT II 27 Thermodynamics of energy conversion; conversion of solar energy, wind energy, water flows, heat, biomass, etc.; other conversion processes. UNIT III Development and use of biogas, alcohols and plant oils, plant oil esters in I.C.engines. Study of various parameters for measuring the performance of the output. UNIT IV Design of bio-fuel production units: design of gasifiers, gas flow rates, biogas plants. Establishment of esterification plant, fuel blending. Suggested readings Boyle Godfrey. 1996. Renewable Energy: Power for Sustainable Future. Oxford Univ. Press. Culp AW. 1991. Principles of Energy Conservation. Tata McGraw Hill. Duffle JA & Beckman WA. 1991. Solar Engineering of Thermal Processes. John Wiley. Garg HP & Prakash J.1997. Solar Energy - Fundamental and Application. Tata McGraw Hill. Grewal NS, Ahluwalia S, Singh S & Singh G. 1997. Hand Book of Biogas Technology. Solar Energy Fundamentals and Applications. TMH New Delhi. Mittal KM. 1985. Biomass Systems: Principles & Applications. New Age International. Odum HT & Odum EC. 1976. Energy Basis for Man and Nature. Tata McGraw Hill. Rao SS & Parulekar BB.1999. Non-conventional, Renewable and Conventional . Khanna Publ. Sukhatme SP.1997. Solar Energy - Principles of Thermal Collection and Storage. 2nd Ed. Tata McGraw Hill. RES 508 ALTERNATE FUELS FOR IC ENGINES 2(1+1) Theory Introduction to alternate fuels, synthetic fuels, production composition and properties. combustion characteristics, bio, fuels ( alcohol, methanol, ethanol, biogas, producer gas and hydrogen ), Composition and Properties of alternate fuels, comparison with conventional fuels, potential, possibilities and problems, Production of biogas, producer gas, ethanol, methanol, alcohol and hydrogen. Utilization : Thermal and mechanical applications, utilization in SI and CI engines to run on alternate fuels, utilization for miscellaneous applications, Environmental aspects of alternate fuel : Environmental impact and safety factors. Efficiency of different alternate fuels, Economic and commercial considerations. Practical Study of alternate fuels, performance of I.C. engines 9on alternate fuels, measurement of flue gas parameters, thermal applications of alternate fuels. Suggested Reading Ratnakar, G.L. Utilization of Biogas in IC Engine San Pietro, A (ED) (1980), Biochemical and Photosynthetic. Aspects of energy Production, Academic Press. London. Bungay H.R.(1981), Energy, theBiomass Options, John Willey & Sons, New York. Twidell, J.W. & Weir, A.D. (1986), Renewable Energy Sources, E & FN Spon Ltd. PFE 502 ENGINEERING PROPERTIES OF BIOLOGICAL 3(2+1) MATERIALS Theory UNIT I Physical characteristics of different food grains, fruits and vegetables; Shape and size, description of shape and size, volume and density, porosity,surface area. Rheology; ASTM standard, terms, physical state of materials,classical ideal material, rheological models and equations, viscoelasticity, creep-stress relaxation, Non Newtonian fluid and viscometry, rheological properties; force, deformation, stress, strain, elastic, plastic behaviour. 28 UNIT II Contact stresses between bodies, Hertz problems, firmness and hardness, mechanical damage, dead load and impact damage, vibration damage, friction, effect of load, sliding velocity, temperature, water film and surface roughness. Friction in agricultural materials, rolling resistance, angle of internal friction, angle of repose, flow of bulk granular materials, aero dynamics of agricultural products, drag coefficients, terminal velocity. UNIT III Thermal properties: Specific heat, thermal conductivity, thermal diffusivity, methods of determination, steady state and transient heat flow. Electrical properties; Dielectric loss factor, loss tangent, A.C. conductivity and dielectric constant, method of determination, energy absorption from high frequency electric field. UNIT IV Application of engineering properties in design and operation of agricultural equipment and structures. Practical Determination of physical properties like, length, breadth, thickness, surface area, bulk density, porosity, true density, coefficient of friction, angle of repose and colour for various food grains, fruits, vegetables, spices and processed foods, aerodynamic properties like terminal velocity, lift and drag force for food grains, thermal properties like thermal conductivity, thermal diffusivity and specific heat, firmness and hardness of grain, fruits and stalk, electrical properties like dielectric constant,dielectric loss factor, loss tangent and A.C. conductivity of various food materials. Suggested readings Hallstrom B, Meffert HF, Th Spesis WEL & Vos G. 1983. PhysicalProperties of Food. Elsevier. Mohesenin NN. 1980. Physical Properties of Plant and Animal Materials. Gordon & Breach Science Publ. Mohesenin NN. 1980. Thermal Properties of Foods and Agricultural Materials. Gordon & Breach Science Publ. Peleg M & Bagelay EB. 1983. Physical Properties of Foods. AVI Publ. Co. Rao MA & Rizvi SSH. (Eds.). 1986. Engineering Properties of Foods. Marcel Dekker. Ronal Jowitt, Felix Escher, Bengt Hallsrram, Hans F, Th. Meffert, Walter EC Spices & Gilbert Vox. 1983. Physical Properties of Foods. Applied Science Publ. Singhal OP & Samuel DVK. 2003. Engineering Properties of Biological Materials. Saroj Prakasan. BSCT 501 COMPUTER GRAPHICS 3(2+1) Theory UNIT I Graphic display devices, Interactive devices, Line and circle plotting techniques by using Bresenham’s algorithm, Windowing and clipping, Sutherland Cophen algorithm, Cyrus and Beck method. UNIT II Curve drawing using Hermite Polynomial, Bezier curve, B Splines, Picture Transformation, translation, rotation, Scaling and Mirroring UNIT III 3D Graphics, 3D transformation rotation about an arbitrary axis. Curved surface generation, Hidden surface removal. UNIT IV Orthogonal Projection and multiple views, Isometric projection, Perspective projection, 3D Clipping UNIT V Generation of solids, Sweep method, Interpolation, Graphic Standards, CGS Modeling, applications of Computer Graphics. 29 sampling techniques. nozzles. Steven C Chapra & Raymond P Canale. Optimization software – GAMES – applications. pumps. A. Targets.T. Santhosh Gupta. Operations Research. TMH. Stephen J Chapman. A Quick Introduction for Scientists and Engineers. 2001. England. Agitators. its distribution and determination methods . Schaum. Unit II Centrifugal energy. Prentice Hall of India. dusters and granular applicators. Image analysis software – applications. Practical: Study of different types of sprayers.. droplet size. filters. 2004. 2001. droplet size Suggested readings: G. New Delhi. 2003. singh (1980) Pesticide application Equipment. Experimental Methods for Engineers. C) Supporting subjects FMPE 514 RESEARCH METHODOLOGY 1(0+1) Practical The research problem -literature review -types of research. Computer Graphics. manually and power operated sprayers hydraulic energy. safety precautions in pesticide application. McGraw Hill. Presentation -techniques. Suggested readings Hearn Donald. Khanna Publ. Getting Started with MATLAB. application of pesticide in green house. Rudra Pratap. pressure control devices and systems. Clarendon Press Oxford. PHI. Unit III Design of spraying and dusting equipments. 2000. 2003. weedicide application. Oxford Univ. Oxford & IBH publishing Co. Haskell (1985) Pesticide application: principles and practice. William J Palm. Harlow. Holman JP 1996. Eastern Press. McGraw Hill. FMPE-531 PESTICIDE APPLICATION EQUIPMENTS 3( 2+1) Theory Unit I Role of chemical control and formulations. electronic spread sheet – solver. granular applications fogging machines. Bindra H. aerial applications of pesticide.P. Introduction to Matlab 6 for Engineers. English language book society Longman. Series. selection of pesticide application equipment for field and orchard crops. General computational software for research – MATLAB – applications – statistical applications. 1979. Manual and power operated dusters and granular applicators fogging machines. O. Mathew ( 1985) pesticide application methods. types of sprayers. Suggested readings Hamdy A Taha. calibration of sprayers .Practical Practical problems on above topics. maintenance and selection of spraying equipments Unit IV Application methods and economics of pest control. Scientific writing techniques. Research Methodology and Statistical Techniques. Numerical Methods for Engineers with Programming and Software Applications. Press. Computer Graphics. electrical energy.1996. selection of droplet size. dusters. calibration of sprayers. atomizing devices-nozzles. 30 . Tata McGraw. experimental & quasi-experimental research-causal comparative & correlation research Survey research. hybrid and air blast sprayers. P. Report writing – interpretation and reporting. MATLAB Programming for Engineers. Cz. R. cold drawing. theory and construction VOl-I. brazing and soldering. arc processes. study of different casting processes. determination of carbon and sulphur content. Study and use of measuring and inspection tools. Study of non traditional machining processes. Kepner. study of limits. resistance . are. mechanism of hot and cold working. shearing and blanking and dies: bending and drawing. Mic and Tig welding. dies. impact. patterns and sand molds. Unit III Forming processes: The fundamentals of metal forming. manufacture. Vision system measurement. continuous casting. cutting tools for matching . study of different hot and cold working processes practice on different machines like lathe. shaper planers and grinders.R. Elastomers ceramics and composites.LBM. FMPE-532 ADVANCED MANUFACTURING TECHNOLOGY 3(2+1) Unit I Construction of material and their characteristics: The structure of material. Study and pratice on gas.AJM. Process capability and quality control. non – metallic material plastic. milling machine sloting machine. Manufacturing concerns in welding and joining.A. Non destructive inspection and testing. abrasive machining processes.wire EDM) Unit V Joining processes: gas flame processes: welding. turning and boring and related processes. Co-ordinate measuring machine. Bernacki. forging processes extrusion. tolerance limits and clearance. Heat treatment ferrous material alloys. adhesive. linear countering Z movement and commands. broaching –sawing- filling. surface roufnace measurement . Study and design of different types of joints for welding. Unit VI Numerical control: command system. study and use of optical comparator. the shaw process and powder metallurgy. bonding and mechanical fasteners. Kanafojske (1972) Agricultural machines. USDA Publications. Practical : Study of physical and mechanical properties of material tensile test. cold forging. Time temperature transformation curves. Auragraph casting process: Fundamentals of casting. gear manufacturing and non traditional machining processes (FCM. Unit IV Material removal processes: machining process . cold rolling. non destructive inspection and testing and statistical process control. Non ferrous metal alloys. Production systems and integrated manufacturing production system. H. soldering. study of metallographic structures of metals. Processes and Techniques related to Manufacturing: manufacturing systems and automation. preparation of small moulds and carry out sand casting . welding and cutting. properties of material. thread. permanent mold casting Die casting. J. Poland. brazing and braze welding processes. material selection surface treatment and finishing. Unit II Measurement and quality assurance: Measurement and inspection. Design and development of simple tooling for shearing bending and deep drawing and use them in workshop. Hot rolling of metals.EDH. Study the tools geometry and their angles for different chip machining processes. milling. resistance welding. drilling and related hole making processes. Study of pattern and sand moulding techniques. New Delhi. 31 . Material fatigue and endurance limit. cutter position X and Y incremental movements. codes. work holding devices. forming of plastic ceramic and composites. tolarence and geometric dimensioning . Barger (2000) Principles of farm machinery. carbonizing and hardening of plain and medium carbon steel by heating and annealing. cutting and straightening . haman. L. Drill press. Warsaw. E. equilibrium diagram. CBS Publishers and distributors. Bainer. programme. Hardness. matching centers. electro forming. Gupta. Moscow. t and F distribution.B.fundamentals of tool design. Numerical solution of differential equations and non linear equations in several variables. cast iron.G. An Introduction to Multivariate Statistical Analysis. V. Correlation. Practical Practice on matrix manipulation. Khanna Publishers. S. Mann-Whitney U test. Test of significance based on Normal. D. Cleaning. Stepwise regression. Polynomial regression model and their fitting.K. Poisson and Normal distributions. Chi-square. Fitting of Binomial. Large sample theory (Z-test). empirical. D.W. Median test. (1967) Statistical Methods Sixth Edition.H. UNIT-II Least squares. Kapoor (1991). and F distribution.: Zhadan V. Exercises on solution of the systems of linear and non linear equations. manufacturing processes.. Sultan MATHS 502 METHODS OF NUMERICAL ANALYSIS 2(1+1) UNIT-I Numerical methods for systems of linear equations. and Amsted. Rank correlation and linear.K. mode. Normal. Chapman. Torrie (1971). Cochran. Non. coaling and paint application. random variable and mathematical expectation Unit II Discrete and Continuous probability distribution: Binomial. median. Bombay. coefficient of multiple determination. New York Gupta S. MIR publishers. McGraw Hill International Book Company. P. Large sample test. Principles and Procedures of Statistics. Suggested readings Snedecor G. solution of differential equations 32 . Path analysis. Steel and James H. multiple and non-linear regression. Robert G. Bombay. eigen values. F and Chi-square test. R. Study of surface finishing methods. axiomatic probability. Metal process engineering. New Delhi. non-ferrous and stainless steel. Poisson. Rank correlation. Concept of sampling distribution: Chi-square. and Vasilyen. (1994) Production Technology: A Text book for Engineering students. differentiation. & W. Estimation of parameters. variance and standard deviation etc. Developing a programme for CNC machines (turning and milling) and practice on operation and turning and milling centers. W. interpolation. Production Technology Jain R. Fundamental of mathematical statistics. Oxford & IBH Publishing Company. (part-III) Workshop Technology STAT 511 STATISTICAL METHODS FOR APPLIED SCIENCE 3(2+1) Unit I Measures of central tendency and dispersion Theory of probability: classical. Correlation. John Wiley. C.Welding of different materials ferrous . Partial and multiple correlation. t. Practical Calculation of mean. 2 nd Ed. Test of significance of correlation coefficients and regression coefficients. Estimation of parameters.: Gringerg B.parametric tests. Run test. Suggested readings: Polukhin. American Society of Tools and manufacture Engineers. L. Path analysis. Partial and multiple correlation. Anderson TW 1984. Kantenik. Biometrical Approach. B. Ostle B . Unit IV Non-parametric tests: sign. Carry out the practice on powder coating and painting by different method. (1967) Statistics in Research Oxford & IBH Publishing Company. t. Unit III Correlation and regression: Simple and multiple linear regression model. and their application. Myron: Begeman. Role of libraries in education. Robert C. Accentual pattern: Weak forms in connected speech: Participation in group discussion: Facing an interview. manuals. 3rd Ed. MLA Handbook for Writers of Research Papers. 2004. New Delhi. 2nd Ed John Wiley. punctuation marks). Literature survey. Phonetic symbols and transcription. Use of Internet including search engines and its resources. Epperson. Tracing information from reference sources. Technical Writing. experimental results and discussion). Error analysis (Common errors). MacMillan India. Pvt.(2000). NTC Business Books. Comp. 1995. PGS 503 INTELLECTUAL PROPERTY AND ITS 1(1+0) (e-Course) MANAGEMENT IN AGRICULTURE 33 . Technical Writing. Holt. Richard WS. Communication Skills . illustrations. 1996. citations etc. Spoken English: Flourish Your Language. preface. 2000. Mohan K. presentation of scientific papers. Affiliated East-West Press.theses. 2005. Rinehart & Winston. Writing of a review article. photographs and drawings with suitable captions. C. Writing of numbers and dates in scientific write-ups. 2 nd Ed. J. Citation techniques/Preparation of bibliography.Grammar (Tenses. Speaking English Effectively. parts of speech. Course in Phonetics and Spoken English. Collins’ Cobuild English Dictionary. Classification systems and organization of library. Gordon HM & Walter JA.(2000). PGS 502 TECHNICAL WRITING AND COMMUNICATIONS SKILLS 1(0+1) Practical Technical Writing . Collocation. Abhishek. Sources of information. G. clauses.Co. Concord. 14th Ed. High School English Grammar and Composition. Prentice Hall of India.Suggested readings Scarborough.Ltd.(1993). Numerical Methods for Engineers. Barnes & Noble. 1970. NON-CREDIT COMPULSORY COURSES (Compulsory for Master’s programme in all disciplines) PGS 501 LIBRARY AND INFORMATION SERVICES 1(0+1) Practical Introduction to library and its services. 1969. K. Oxford Advanced Learner’s Dictionary of Current English. Oxford University Press. 5th Ed. research and technology transfer. Biological Abstracts. Wren PC & Martin H. Numerical Mathematical analysis. Various parts of thesis and research communications (title page.Primary Sources. Online Public Access Catalogue and other computerized library services. review of literature. Chapra. Handbook for Technical Writing. introduction. An introduction to Numerical Methods and Analysis. pagination. Elementary Numerical Analysis. 1994. Prentice Hall of India. Joseph G.). Oxford & IBH Pub. Writing of abstracts. 2005. Use of CD-ROM Databases. Atkinson. CABI Abstracts.Various forms of scientific writings. Hornby AS. 6th Ed. summaries. John Wiley. S. Harper Collins. Sethi J & Dhamija PV. authorship contents page.F.. material and methods. etc. précis. eresources access methods. (Ed. 2006. Editing and proof-reading. Intricacies of abstracting and indexing services (Science Citation Index. commonly used abbreviations in the theses and research communications. Suggested readings Chicago Manual of Style. Chand & Co. Chemical Abstracts. reviews.). technical papers. James HS. etc. Secondary Sources and Tertiary Sources. 2000.(2002). numbering of tables and illustrations. Tata McGraw-Hill. ownership and period of protection. washing. 2003. Gabb MH & Latchem WE. CABI. 2000. CRC Press.). PGS 504 BASIC CONCEPTS IN LABORATORY TECHNIQUES 1(0+1) Practical Safety measures while in Lab. PGS 505 AGRICULTURAL RESEARCH. Indian Legislations for the protection of various types of Intellectual Properties. reducing poverty and protecting the environment. geographical indications. Research collaboration Agreement. Design Act. License Agreement. micro-ovens. 2001. Intellectual Property Rights: Unleashing Knowledge Economy. Licensing of technologies.Patents Act. TRIPs and various provisions in TRIPS Agreement. National Biological Diversity Act. Ganguli P. International Treaty on Plant Genetic Resources for Food and Agriculture. Neutralisation of acid and bases. National Agricultural Research Systems (NARS) and Regional Agricultural Research Institutions. 34 . 2000. State of Indian Farmer. benefits of securing IPRs. laminar flow. 2003. Role in promoting food security. 2006. scope. reparation of solutions of acids. 2004. Fundamentals of patents. vacuum pumps. The Indian Acts . Intellectual Property Rights in NAM and Other Developing Countries: A Compendium on Law and Policies. Protectable subject matters. Intellectual Property Rights in Agricultural Biotechnology. McGraw-Hill. oilbath. designs and layout. sandbath. rotection of plant varieties and farmers’ rights and biodiversity protection. 1999. viscometer. protection in biotechnology. Trademarks Act. and Rules 2003. waterbath. incubators. Global agricultural research system: need. trademarks. micropipettes and vaccupets.1998. CABI. Co. A Handbook of Laboratory Solutions. testing of pollen viability. protection of other biological materials. Government of India. Daya Publ. 2000. Layout Design Act. National Biodiversity protection initiatives. measuring cylinders. Suggested readings Erbisch FH & Maredia K. RESEARCH ETHICS 1(1+0) (e-Course) AND RURAL DEVELOPMENT PROGRAMMES Theory UNIT I History of agriculture in brief. Description of flowering plants in botanical terms in relation to taxonomy Suggested readings Furr AK. Preparation of different agro-chemical doses in field and pot applications. Tissue culture of crop plants. PPV and FR Act 2001. CRC Hand Book of Laboratory Safety. copyrights. separatory funnel. Electric wiring and earthing. 1968. 1970 and amendments. pipettes. condensers. Intellectual Property Rights in Animal Breeding and Genetics. Material transfer agreements. NRDC & Aesthetic Technologies. 2001. Convention on Biological Diversity. trade secrets and traditional knowledge. Drying of solvents/chemicals. Ministry of Agriculture. Intellectual Property Rights: Key to New Wealth Generation. 1957 and amendments. opportunities. magnetic stirrer. Technology Generation and IPR Issues. Academic Foundation. drying and sterilization of glassware. Preparation of media and methods of sterilization. V. flasks. Seed viability testing. Weighing and preparation of solutions of different strengths and their dilution. House. Use of burettes. The Copyright Act. Rothschild M & Scott N.thermometer. (Ed. Use and handling of microscope. Vol.Theory Historical perspectives and need for the introduction of Intellectual Property Right regime. Intellectual Property and Intellectual Property Rights (IPR).). Preparation of buffers of different strengths and pH values. Handling techniques of solutions. Handling of chemical substances. (Ed. Saha R. Chemical Publ. Co-operatives. Suggested readings Bhalla GS & Singh G.Efforts to mitigate natural disasters at national and global levels. computer ethics. Oil fire.. standards and problems in research ethics. Cyclone. rural development policies and strategies. national disaster management framework. Singh K. Rural Development Strategies and Role of Institutions -Issues. Intensive agricultural District Programme. their types and effects. Rural Development . Industrial wastewater pollution. International Strategy for Disaster reduction. forest fire. rail accidents. Armed forces in Disaster response. Orient Blackswan.Meaning and nature of natural disasters. 2003. Rao BSV. Mittal Publ. State. 1991. coal fire. Disaster response: Police and other organizations. strengthening capacities at national and regional levels. District and local Administration. Policies and Management. Disaster Management. deforestation. Central. water pollution. Drought. CCS. sea accidents. Critical evaluation of rural development policies and programmes. 2001. UNIT II Research ethics: research integrity. International fellowships for scientific mobility. Manual on International Research and Research Ethics. Disaster Management. partnership with NARS. Routledge. Rural development programmes: Community Development Programme. Sage Publ. Ozone Depletion UNIT II Man Made Disasters. air pollution. Punia MS. 2001. 2007. Heat and cold Waves. Coping with Catastrophe: A Handbook of Disaster Management. Suggested readings Gupta HK. Community-based organizations. Earthquakes. Hodgkinson PE & Stewart M. biological disasters. Sharma VK. air accidents. Haryana Agricultural University. road accidents. Innovations and Initiatives. Sage Publ.Nuclear disasters. Indian Agriculture . Constraints in implementation of rural policies and programmes.Consultative Group on International Agricultural Research (CGIAR): International Agricultural Research Centres (IARC). Voluntary Agencies/Non-Governmental Organisations. Hisar. UNIT III Concept and connotations of rural development. chemical disasters. financial arrangements. welfare of animals used in research.Principles. Landslides. role as a partner in the global agricultural research system. Volcanic eruptions. Concept of disaster management. research safety in laboratories. PGS 506 DISASTER MANAGEMENT 1(1+0) (e-Course) Theory UNIT I Natural Disasters. Sea Level rise. National Centre for Disaster Management. 1998. Floods. building fire. UNIT III Disaster Management. India 35 . Special group –Area Specific Programme.Four Decades of Development. Climatic Change: Global warming. Indian National Science Academy. Avalanches. role of NGOs. Integrated Rural Development Programme (IRDP) Panchayati Raj Institutions. and media. sheets. Bachelor Programme Name of the programme: B. Tech. Practical test. Jobs on Drawing. Punching. (Agril.. Operations of drilling. types of wood and their characteristics and Processes OR operations in wood working. Introduction to Smithy tools and operations.I. Jobs on Bending. Preparation of Dovetail joint. c. sawing and planning practice. Engg. No. No. Lesson Plan Sr.472 6(0+6) Project VIII IV GAE-483 25(0+25) Implant training Syllabus of B.2 VII IV GAE. Name of practical Chapter Page No.) Deptt of Farm Machinery and Power Course no: FMP. 1-2 Study of carpentry tools. Making different types of sheet metal joints using G. Introduction to tools and measuring instruments for fitting. (Agril. Preparation of simple joints: Cross half Lap joint and T-Halving joint. Practical in more complex fitting job. Mortise and tenor joint. materials. shaping etc.111 Title: Workshop Practice Semester: I (New) Credit: 2 (0+2) Practical: Introduction to various carpentry tools.123 2(1+1) Workshop Technology II I FMP -124 2(0+2) Machine Drawing and Computer graphics III II FMP-235 3(2+1) Theory of Machines III II FMP-236 2(1+1) Farm Power IV II FMP. 9 264 3-7 Making simple joints (a) Butt joint (b) cross joint (c) Tee joint 8 Introduction to smithy tools 7 163-181 9-14 (a) Screw driver (b) Ring (c) ‘8’ 36 . No. Introduction to tools and operations in sheet metal work. reaming. Jobs on sawing.247 2(1+1) Farm Machinery & Equipment I IV II FMP -248 2(1+1) Tractor Systems and Controls V III FMP-359 2(1+1) Farm Machinery & Equipment II VI III FMP -3610 3(2+1) Machine Design VI III FMP -3611 1(0+1) Field operation & Maintenance of Tractor and Machinery VII IV #CAF-FMP 3(1+2) Cafeteria Course. I I FMP -111 2(1+1) Workshop Practice I I FMP -112 2(0+2) Engineering Drawing II I FMP. Riveting. Engg. Tech. filing and right angle fitting of MS Flat..1 VII IV #CAF-FMP 3(1+2) Cafeteria Course.) Sem Term Course Credits Title of the course offered by the department No. and threading with tap and dies. No. 492 to 16 511 Text Books: 1. 1 – 8 7 Projection of planes 10 Whole chapter 8 Projection of solids (Pyramids. True length and inclination of lines. Isometric projection of geometrical solids. 349. No. S. 162- hyperbola & ellipse). Drawing of 184 involutes. Course no: FMP 112 Title: Engineering Drawing Semester: I (New) Credit: 2 (0+2) Practical: Introduction of drawing scales. ferrous non ferrous metals and their alloys. Orthographic Projections. Bose and A. No.D. Principles of orthographic projections.1-9 Page no.K. Development of surfaces of geometrical solids. Hajra Choudhury.5 & 6 13.4. Auxiliary planes and true shapes of oblique plain surface. Vol. introduction to welding.Conversion of pictorial views into orthographic views. 5 Projection of points 8 186 – 190 6 Projection of straight lines 9 Art no. References planes. Elements of work shop Technology. No.K. Bhatt. Elementary Engineering Drawing – By N. (prob. 175- hypercycloid. spirals & helix. 1 Drawing instruments and their uses 1 1-24 2 Lines lettering and dimensioning 2 30-37 3 Construction and use of various scales. epicycloids & 164. 15 Study of different welding methods and their tools 8 207-227 16-21 (a) Lap joint (b) Butt joint (c) Tee joint 22 Study of fitting tools and their uses 13 268-494 23-26 (a) Square flat (b) Triangle cut 27-28 Study of tools used in sheet metal shop (a) Funnel (b) Cylinder 17 608-615 Text Books: 1. No.2. Twenty fifth edition.3. No. Cones and Cylinder) 12 Prob. Points and lines in space and traces of lines and planes. Cycloidal curves.K. I and II By S. 18 Page No. Media Promoters and Publishers Pvt. Archimedean spiral. Topic Chapter Page No. types of welding oxyacetylene gas welding. Lesson Plan Lect. 12 1. FMP-123 Title : Workshop Technology Semester : II (New ) Credits : 2 (1+1) Theory: Iron Carbon phase diagram. lattice type of lattice. types of flames.1 to 23) 10 Isometric projection 15 Whole Chapter 11. welding 37 . plain diagonal & 4 87-105 vernier scale 4 Curves used in Engineering practice (Parabola. Ltd. Projections of solids (Change of position method. 283 to 287 9 Development of surfaces of solids 13 315-335. alteration of ground lines). 1985 Course No. (1). Hajara Choudhury. Section of solids and Interpenetration of solid-surfaces. 6 121-156.Section of solids 16 Prob. 1.1. 1 2 3 4 5 1 Fundamentals of metals and alloys A 2 19-23. Types of shapers. butt and T-Joints. 73. Main operations and tools used on center lathes. Gas welding Practice- Lab. principle parts of shaper.36 337. Constructional details of pillar types and radial drilling machines. 233- size of drilling machine 234 38 .230- sensitive drilling machine.332. size of lathe 12.4 297-302 13 Introduction. Types of drilling machines. tin.4 61-65.11 229. T-Joint and corner joint in Arc welding. constructional details of center lathe. shaper size 14. aluminum and its alloys. copper.2. iron carbon 2. inspection and testing of welds 241. casting defects 342. changing around MS rod into square section on a shaper.5. drilling and treading. 5.13.6. shaper tools and main operations. Mould making using one-piece pattern and two pieces pattern. types of moulding sand. step turning . 5.pig iron. Principle of arc welding. 311- Introduction.- Pattern making allowance. structure of solids. weldability. Introduction. Work holding classification. 211- Introduction.1. and match plate patterns.5. Practical jobs on taper turning. Jobs on ARC welding – Lap joint.11.21 212.1-9. arc 9. types of welding. radial drilling machine. 232. 5. 4.233- welding methods. Practical test. Lesson Plan Lect Topic to be covered Book Chapter No.1-3. processes tools. Work holding devices. tools and their use. 5. Operation on shaper and planer. making a plot. types of drilling machine (list).1-11. cast iron classification (list). Main operations on milling machine.Milling B 11. 322.4 83-88 11 Introduction.2.3.5. Classification. their use and precautions. moulding tools and 11. function of lathe. 419- 422 7-9 Welding A 9.3. Introduction to machine shop machines and tools. Demonstration of mould making using sweep pattern. 11. Constructional details of standard shaper.228- Introduction. types of milling machines 16 Drilling B 5.Lathe machine B 3.1. types of shaper. Page No.Atom.1-7. Demonstration of important operations on a milling machine. 11.10. equipment and tools. 261- 262 10. 2. Introduction. 5. Any additional job. Main accessories and attachments. 9. types of lathe. gear tooth forming and indexing.3.6. Pattern tools and type of Pattern and 11. 5. bearing metals 5.4.3.13 37-39 equilibrium diagram 2-3 Ferrous metals and alloys A 4. Constructional details and principles of operation of column and knee type universal milling machines. Introduction to metal casting equipment.techniques and equipment. Practical : Introduction to welding equipment. Plairt milling cutter. Casting processes. (list of 74. Demonstration on Processes in machining and use of measuring instruments.2 397-403 15 Introduction. Practical jobs on simple turning. 4. No.11. 341- equipments.2. butt joint. 103- Effect of chemical elements on irons classification 109 Non Ferrous metals only). 4.6 4-6 Foundry A 11.Shaper B 7. Introduction.307.1. 227. 70-101 39 . geometric modelling. by Kalpak Jain. Media Promoters (10th Edition. Khanna Publication.8 Job on drilling 9 Job on boring 10 Job on plane shaping 11 Job on slotting – V/ key way 12 .Practical :- Practical Name of Practicals No. Manufacturing Process Engineering. single start. Hajara Choudhury. Choudhury. Media Promoters (11th Edition. nutes. primitives graphic software. Course No. screwed fasteners. 1 Familiarization of different machines and measuring instruments 2 Job on plane turning 3 Job on step turning 4 Job on taper turning 5 Job on knurling operation 6 Job on threading operation 7. Introduction to Auto CAD. A. points. concept of sectioning revolved and oblique section. Choudhury. piston.6 Sectional drawing of simple machine parts (connecting rod. Sectional views of machine parts. Workshop Technology Vol 2 By Gupta Kaushik 2. lines and polygons. Khanna. preparation of working drawing from models and is a metric views. Pro-E. wire frame modelling.K. Welding Technology by O. 3-D software or any other available drafting software. 2000) Ref. Sectional views of machines parts. leak proof joints. Hajara.K. Hajara. surface modelling. Types of rivets and revolved and oblique section. workbench Ansys. shaft coupling and shaft bearings) Part II : Machine Graphics Graphic standards. Tata Mc Graw Hill Publication 4.13 Job on milling 14 Job on pattern making 15 Job on moulding 16 Job on welding practices Text Book :- A) Elements of Workshop Technology Vol-I by S.P. A. Lesson Plan Pract.K. and bolts. Threads ( nomenclature. multistart threads. Jain 3. Welded joints. preparation of computerized drafting by drafting software. methods of dimensioning. co-ordinate systems.2 Method of projection 0-12 3. Types of rivets and riveted joints. Book :- 1.K. 1997) B) Elements of Workshop Technology Vol-II by S. Drawing of missing views. Topic Page No. Hajara Choudhury. Production Technology By R.K. FMP-124 Title : Machine Drawing and Computer Graphics Semester : II (New ) Credits : 2 ( 0 +2) Part I : Machine Drawing Methods of projection. No.4 Working drawing model preparation 13-23 5. solid modelling. 1 2 3 1. velocity of sliding between two teeth in mesh. slider crank chain and their inversions. flywheel applications.18 All types of joints ( Keys. belt size for flat and V belts.Introduction to CAD. Practical: Demonstration in mechanisms study using models.29 Isometric drawing of machine parts 30. Classification of pairs and mechanisms. compound. Types of friction. interference and undercutting. laws of dry friction. Books: 1. power transmitted. Pro-Engineer by Shyam Tickoo Ref. Bhatt and L. and mechanisms. co-efficient of fluctuation of speed and energy. Law of gearing. and epicyclic trains. Machine Drawing by N. Rolling friction.12 Threads-screw threads. 2. links. slides crank mechanism and their inversions. controlling force curves. Calculations on balancing a multi rotor unbalanced system by putting masses in two different planers. Simple. Panchal. Spur gear. Proell governors. Balancing of rotating masses in one and different planes. constructional details and analysis of Watt. bevel and worm gear. Study on the cam follower demonstration machine for follower displacement as a function of cam rotation angle and phenomenon of follower jump. creep and slip on power transmission. Belt drives. Determining velocity ratio by tabular method. 40 .25 Shaft coupling. Motion analysis Epicyclical gear trains using tabular and formula methods. belt materials. Venkata. and cone clutches. stability. (Online E. types of drives. Involute and cycloidal profile for gear teeth. Introduction to helical. pairs. Screwed fasteners. weight of flywheel. pulleys 234-236. Single disc. Charotar Publishing house. Nut and bolts 126-136. 222-224 26. Kanniah K. To graphically synthesize the cam profile for a desired standard follower motion. Study of gears and gear trains and motion analysis of some practical complex compound gear train. Narayana. Practical test. L. Porter. Partial primary balancing of reciprocating meases. hunting. velocity ratio. Types of gears. Machine Drawing by K. Anand.8 Rivets and riveted joints 209-221 9. Demonstration of static and dynamic balancing in the laboratory.book) Course no: FMP-235 Title: Theory of Machines Sem: III (New ) Credit: 3 (2+1) Theory: Elements.) 7. Length of belt. isochronism. New Age International Publication. power and effort of a governor. To study the flywheel and governor action in laboratory. simple exercises on any drafting software. cotter joints. 3rd Edition. spiral. files and print outs of prepared drawings Text Book : 1. Static and dynamic balancing. crank case etc. Effect of friction. Instantaneous centers. Lower and higher pairs.V. Sensitiveness. Turning moment diagrams. Complete velocity and acceleration analysis (Graphical or Analytical) of few practical linkage mechanisms. 137-159 13. Chain drives. reverted. kinematics chain. Four bar chain.32 Computer aided designing. multiple disc. anti friction bearings. pin joints ) 160-171 19. Effect of centrifugal tension. nomenclature. shaft bearing. Determination of velocity and acceleration using graphical (relative velocity and acceleration) method. Friction of pivots and collars.D. To design a compound gear train and epicyclic gear train for a desired speed ratio. Analysis of 4-bar mechanism. Types of governors. four bar chain. 5.No.5 Velocity in mechanism 6.6 325-330 drive. Lesson Plan Sr.9. (related problems) 10.35 . single and multiple disc and 10.29 Balancing of rotating masses (related problems) 21.7 653-671 analysis of watt. slider crank chain and 5. Kinematics and mechanism.10 568-573 flywheel.5 833-839 12 30 to 32 Balancing of reciprocating masses (related 22. link. (related problems. Practical Name of practical No.11.2 t-22.38 373-375 Advantages and disadvantages over belt drive. proter and Proell governor. Introduction to spiral. power transmitting chain.5 143-147 method) (related problems) 4 8. types of belt. hunting isochronism.4-12. 258 rivets and collars. 567 fluctuations of speed and energy. relation between pitch and pitch circle diameter.19 396-397 and under cutting. coefficient of 16.18 Tuning moment diagram. Chain drive: Chain drives. terms used in chain drives.2-8.2-7. classification of pairs and mechanisms. Determination of velocity ratio by tubular method. material used for belt. No. nomenclature.20. (related problems. power and effort of a governor.12 -18.15-5. weight of 16. No.11 428-463 trains. hoisting chain.2 .6 to 10.10 120-126 (instantaneous centre method) (related problems) 3 6.2. controlling force.18 700-711 of friction.6 Determination of velocity and acceleration in mechanism (Graphical methods) 3 7 to 10 Determination of train values of different types of gear trains 41 . low of dry friction. types of 11. lower and 5.1-11. conveyor chain.23 Type of friction.4 174-177 5 10 to 13 Types of gears. classification of chains.) 11 28. flywheel application. Page No. interference 12.32. types of belt 11.5 to 16.2-5. friction of 10. 369-371 flat belt drive. 1 1 to 3 Element. involutes and cycloid profile for gear teeth. (related problems) 9 22. velocity of sliding 12. 1 1. stability.) 7 17.22 105-115 their inversion (related problems) 2 4. sensitiveness.29 -11.9 Acceleration in mechanism (related problems) 8. selection of belt. No. 260-261 cone clutches. Lecture Topic Art.34 310-314 10 24 to 27 Types of governor.11 101-102 higher pairs. 285-287 10.11 384-393 between two teeth in mesh. 11.17 -12.2-6.8 94-97.) 6 14 to 16 Simple. (related problems.2 . bevel and 405-406 worm gear.31 297 10. compound.26 .2 Study of four bar and slider crank mechanism and their inversion 2 3.21.18. law of gearing.2-13.21 Belt: Introduction.7 Velocity in mechanism (using relative velocity 7.3 859-861 problems) Practical Sr. (related problems) 8 19. constructional details and 18.25-10. pairs.3. effect 18. reverted and epicyclic gear 13. & their problems. Ignition system. Oil & Fuel - determination of physical properties. Air cleaning system. diesel fuel tests and their significance.1.3 Classification of tractors Otto cycle & diesel cycle. Study of engine components their construction. S-4. 2010) Reference books: 1. Part load efficiencies & governing. anti freeze and anti-corrosion materials. thermostat and radiator performance evaluation.No. adjustments & operating principles of these systems. detonation and knocking in IC engines. cooling. 1 1 Sources of Farm power.5 Engine terminology & Solved problems. Theory of Machines. 4 5 Classification of engine.11 (Pg. Review of thermodynamic principles of IC (CI & SI) engines and deviation from ideal cycle. Theory of Machines. Engine governing systems.R.1-4. Gupta (14th Edition. Conventional & non S 1. Tractor engine heat balance and engine performance curves.7 engine components & their construction 5 6 Indicator diagram J-2.5. gasoline tests and their significance. Starting and electrical system.K. Khurmi and J. 73-74) 6 7 Valve and valve mechanism. Diesel injection system & timing.2. Classification of tractors and IC engines.No. working principles etc. their L. Engine parts and functions. starting and electrical systems. S-3. Study of constructional details.Thomas Beven 2.3 Conventional S 2. Engine systems : valves & valve mechanism. 4 11 to 12 Study of governor and flywheel in laboratory 5 13 to 15 Construction of cam profile for different motions of follower 6 16 Problem on balancing of rotating and reciprocating masses Text Book: 1.Balany 3. Air cycles. operating principles and functions. lubricating.9 42 .their properties & combustion of fuels. study of properties of coolants.Pg 4-13 efficiencies Causes for deviation from Ideal & PV Pg 38-45 diagram.5 engine. ignition. Valve system – study. Lubricating system & adjustments. Lecture Topic Book/Art. lubricant types & study of their properties. IC engine fuels . Fuel & air supply. M-2.3 to 1.7 2 2. Fuel supply system of SI engine. Lesson Plan Sr. 3 4 Principle & working of four stroke & two-stroke cycle J-1.2.1. construction and adjustments.Jagdish Lal Course no: FMP-236 Title: Farm Power Sem: III (New ) Credit: 2 (1+1) Theory: Sources of farm power -conventional & non-conventional energy sources. Theory of Machines.2.1 to 2.S. IC engines introduction & IC M-2. Theory of Machine. and fan performance. Practical: Introduction to different systems of an CI engine.2. No. Visit to engine manufacturer/ assembler/ spare parts agency. Cooling system. 3-9.5 corrosion materials. To study air cleaning system of IC engine 10. combustion of fuels & its S-5.1-8.1 9 11 Cooling system J-8. firing interval.2-4. Fuel supply system of diesel engine. To study Valve system.3 Purpose of Cooling.2 to 5. To study lubrication of tractor engine 13. Elements of Agril. 8.1997) 5.5. Water cooling its types. Principles of Agril.5 and firing order of engines. Radheylal (R) 43 . To study working Principle of two and four stroke engines 2. List of Practicals: 1.10 Fuel system S-5. Diesel fuels & its significance. J-6. Text Book: 1. Agricultural Engineering through worked examples. fuel filter 83). (Centrifugal governor. hit & miss & throttle leave system. 1999 3. oil filters & other accessories. 11 13 Ignition systems: L-140-148-151 Battery ignition & its components Magneto ignition. components & functions 10 12 Lubrications system: J-7. To study electrical system of tractor. 6. Magneto. Jagdiswar sahay-(S) fourth edition 2004 2.5-6. Combination of both. (L) (4 authors books 1 st Edn. Fuel injection system.Rai (J) second Reprint.5. To study diff. Tractor and their power unit by JB Liljedahl & et al. To study Physical properties of Oils & fuel. Farm tractor maintenance & repair by SC.1-6. Firing order.4). anti freeze material.8 Purpose of lubrication Engine lubrication system: Splash & forced feed system. 6. To Study Calculation on diff.11. anti J-7. Types of lubricants & their Properties. 14. To study cooling system of tractor engine 12. 14 16 Study of properties of coolants. FI & FO valve timing diagram. Engineering Vol-I By AM Michael and TP Ojha (M)-2nd Edn. other methods of ignition 12 14 Engine principles of governor S-6. valve timing diagram J. Air cooling. Dismantling & Assembling of Diesel engine 5.4.1 & 9. Valve arrangement.1 significance. balance J-4.8 8 9. Jain & CR. 13 15 Fuel properties & qualities of fuel L-Pg 54-75 Fuel test only API gravity test.6-7. types of air cleaner J-9.2. pneumatic & hydraulic governor) Governor regulations & governor hunting. Spark plug) 15-16.3 Fuel supply in petrol engine Carburetor & its working principle & components & Methods of mounting on engine. 4.2 to 6. To study ignition system of tractor (Battery. 9.5 Introductions of Principles of governor Classifications of governing system. types of governors and methods of governing 11. To study fuel system of IC engine 9. Detonation in IC engine. 7. horse power and cylinder pressure specific fuel consumption and power requirement & efficiencies. Engineering by Dr.4 (75- Combustion chamber.5 7 8 Intake & exhaust system.1-7.2 (9. & Art. primary and secondary tillage equipment. planting & transplanting equipment . Study of sprayers. Study of constructional details. Working of transplanters and operation. measurement of speed and working width. Hitching systems and controls. field capacity etc. No. 1 13. Trench cutting machines. 15 Earth moving equipment. Trencher. adjustments and working of disc harrow and secondary tillage tools. No.. Tillage. construction and working of earth moving equipment. constructional features of different components and adjustments. adjustments and working of M. Weeding equipments and their use. disc plow and disc harrow and secondary tillage tools. No. 5 3 36-70 their calibration and adjustments.3 4-9 List of Practicals: 1. Weed control and Plant protection equipment .6 Primary and secondary tillage equipment. selection. Elevators etc. Introduction. Lesson Plan Lecture Topic Book Chapter No. Principles of operation and selection of machines used for production of crops. Study of earth moving equipment. 1 Concept and scope of farm mechanization 1 1.321 ditching equipment.4 235. Practical: Introduction to various farm machines. Forces acting on tillage tools.B. their construction & 4 22 313. 6.236 Draft measurement of tillage equipments. Classification of farm machines. Study of construction and working of rotavators and other rotary tillers.their calibration and adjustments. plow and disc plow. Study of constructional details.6 59-81 Numericals 7 Forces acting on tillage tools.their construction & working principles viz Bulldozer. measurement of nozzle discharge. Materials of construction & heat treatment.B. plow. 3 3. 5. Field capacity and field efficiency measurement for at least two machines/implements. Bulldozer) 16 Machine performance and cost analysis 3 1. Construction details. 4.318.5 6-9 2 Materials of construction & heat treatment 2 2 7-15 3 Selection of farm machinery 2 24 426-430 4 .91 14. 7 3. visit to implements shed. Numericals 11. measurement of speed & working width. sowing. 320. Page No. 12 Fertilizer application equipment 2 14 270-284 13 Weed control equipment 6 11 81.3. Working of seed-cum-fertilizer drills. working principles (Drainage excavators.1-3.3 6-7 8 -10 Sowing planting and transplanting equipment. their calibration. 44 . dusters.Course no: FMP 247 Title: Farm Machinery & Equipment-I Sem: IV (New ) Credit: 2 (1+1) Theory: Objectives of farm mechanization.sprayers and dusters. 2-3. Introduction to various farm machines. adjustments and working of M. Construction and working of rotavators and other rotary tillers. Field capacities & economics. Fertilizer application equipment. Draft measurement of tillage equipment : Earth moving equipment . planters and their calibration in field. visit to implements shed and research hall. Draft & fuel consumption measurement for different implements under different soil conditions. 1999 Ed. Study of working of transplanters and operation. working of single plate system. Function.G. mechanical & hydraulic 45 . bullock drawn and power operated inter-row cultivator and their use. 1 & 2 Study of transmission system-Clutch: J-11. Study of brake systems and some design problems.1 to 15. Text Books : 1) Elements of Agricultural Engineering by Jagdishwar Sahay (4th Edition. Delhi (1987) Indian edition. Shrivastav (1990 edition) 4) Farm Machinery by Kulpin C. 5 & 6 Brake : J-15. Bainer and Barger. Grace Philip 6) Practical Farm Machinery Vol.6 differential lock.1 to 12. 14. Lesson Plan Sr. 5) Farm Machinery and approach by S. 16. Ergonomic considerations and operational safety.3 gar box. Study of different types of gear box. Final Drive 4. (1977 edition) 3) Elements of Farm Machinery by A.O. Study of hydraulic systems in a tractor. drawbar. hydraulic trailer and some design problems. Practical: Introduction to transmission systems and components. Books: Principles of Farm Machinery by Kepner. clutch. principle of gearing & types of J-12. working of dual clutch plate system & clutch adjustment 2. gear box. 10. calculation of speed ratios. 15. Tractor power outlets: P. Finding C. detail of components. Study of clutch functioning.1 to 11. planters and their calibration in field. operational details and 13. Tractor chassis mechanics and design for tractor stability. etc. differential and final drive mechanism Familiarization of brake mechanism. C. Traction performance of a tractor wheel. Study of working of potato planter 12. Finding CG of a tractor using suspension/balancing techniques. Appraisal of various controls in different makes tractors in relation to anthropometric measurements. 3 Gear Box : Introduction. 7) RNAM Test Codes and Procedures for Farm Machinery Ref. 4 Differential : J-13. types of clutch system. 2004) 2) Farm Machinery and Equipments by Smith and Wikes.2 General clarification of brake. 1 by Bhattacharya. Measurement of draft and fuel consumption for different implements under different soil conditions. No. belt pulley. Lecture Topic Art. design problems on gear box. principle of operation. 11. Measurement of Field capacity and field efficiency for at least two machines/implements for field machine and crop machine.1 to 13. 1. parts and design problem on clutch system. of a tractor by weighing technique.5 Function. Saroj Prakashan.. Course No: FMP 248 Title: Tractor Systems and Controls Sem: IV(New ) Credit: 2 ( 1+1) Theory: Study of transmission systems. Jain.T.3. No. Study of working of sugarcane planter 13. Study on differential and final drive and planetary gears. 3. TMH Publ.4. C. 7-9. Ackerman and hydraulic steering and hydraulic systems. CBS Publisher and Distributor. Steering geometry and adjustments. principle of operation. Finding moment of Inertia of a tractor. Study of weeding equipments manual wheel hoe. Study of working of seed-cum-fertilizer drills. Test codes & procedure. No. Selection and management of farm machines for optimum performance. 6&7 Study on brake system and trouble shooting. Study of various types of mowers. Course No: FMP 359 Title: Farm Machinery & Equipment-II Sem: V (New) Credit: 2 (1+1) Theory: Principles & types of cutting mechanisms. 46 . Rai (J) 7th Repair 1995.1. 14 & 15 Tractor chassis mechanism L-306-324 10. Dhankpat Rai & Sons (N) Edition 1990. & draw bar S-155 to 157 Tyres. Horticultural tools and gadgets.226.O. Toe out on turns.T. threshing. maize harvesting & shelling equipment. 16 Ergonomical considerations & Operational safety L. root. 27-32 steering. 9-11 Hydraulic system of tractor J-17.3 8. 15 Study of tractor power outlets. 4 Farm machines & Equipment by CP Nakra.P. Threshing mechanics & various types of threshers.Barger & et. 16 Visit to Tractor repair workshop & spare part agencies. windrowers. 1957). Jagdiswar sahay (S) Third edition 1992.L. Interpretation of test results. 12 Hitching of implements J-18. Toe out negative camber.1 to 17. materials and working. Cotton picking & Sugarcane harvesting equipment.16. Power Steering J-14. tubes and wheel balancing J. 2 Farm tractor maintenance & repair by SC Jain & CR.5 7. 11 & 12 Study on traction theory and trouble shooting. reaper binders and forage harvesters. (L) (4 authors books 1 st Edition. Practical: Familiarization with various Farm machines related to harvesting. main parts N-Pg.. caster angle. Toe in. Threshers.16. 8 Study on differential and final drive system.1. Al.233 Precautions while operating tractor S-161-162 List of Practicals : 1 Introduction to transmission system and components. steering geometry. 13 & 14 Appraisal of various control in different make tractor in relation to anthropometric measurement. 3 Tractor and their power unit by E. 7&8 Steering systems-qualities of steering system. Construction & adjustments of shear & impact-type cutting mechanisms. reapers.18. Engineering by Dr. 9 Study on steering geometry and adjustments.7 9. 10 Study hydraulic system in tractor. Crop harvesting machinery : mowers. combine etc. 13 Tractor power outlet. harvesting.potato. brake 5. spindle bearing load. Ackerman N-Pg.5 6. Principles of fruit harvesting tools and machines. Text Book : 1 Elements of Agril. Forage chopping & handling equipment. No. groundnut etc. 18-19 of steering system. Testing of farm machine.1. constructional details. straw combines & grain combines. 4&5 Study of different types of gear box and trouble shooting. king pin inclination. 2&3 Study of clutch system and trouble shooting. Root crop harvesting equipment . No.1. constructional details. Study of various types of reaper binder.1-6. grain losses 4 33 438-450. materials and working. 400-409. 16.13 177-179 Sugarcane harvester 2 21 378-380 4.10 7. No. materials and working. interpretation of test results 8. constructional details. constructional details.5 114-135 dusters. 5 4. Study of various types of threshers.2 71-85 17 Threshing mechanics. constructional details. constructional details. 4-9 Crop harvesting machinery Harvesting and threshing equipments. 12 Root crop harvesting equipment Potato harvesting 2 20 367-369.14 Cotton harvesting machinery 7 19. materials and working 47 . constructional details. Study of various types of maize sheller. constructional features of different components and adjustments 2. 15 Testing of farm machines test code and 8 1 2-15 procedures. Study of various types of fruit harvester equipment.9.368-374. materials and working. 446-455 19. 13. Lecture Topic Book Article Page No. No. materials and working & performance.1 371-376 5.1. handling equipment. constructional details. constructional details. materials and working. 1. 10-11 Forage chopping and 7 16. materials and working & performance.Sprayers and 5 6. materials and working.14 Combine harvesters. materials and working. constructional details.I 219-228 List of Practicals : 1 To study different types of pesticide application equipments 2 To study different types of spray nozzles 3 To study different types of dusters 4 Study of various types of mowers. materials and working. 453-454 Maize sheller 3 6. Peanut harvesting 372-376 6. 16 Selection of tractor and matching implements 5 Annx.Study of various types of reaper. their calibration. constructional details. constructional details.15.16 Chaff cutter 1 18.1. Study of various types of harvester tools. Study of various types of forage harvester. constructional details.2 Plant protection equipment.7. Study of various types of straw combines. Study of various types of groundnut harvesters.3. materials and working. materials and working. Study of various types of sugarcane harvester. Study of various types of combine harvester. 16.383-384 16.4. materials and working & performance. 3 Principle and types of cutting mechanisms 7 14. 7 17. Lesson Plan Sr.10 3. 1. Study of various types of potato harvesters. constructional details. 315-321 14. 17. constructional details. selection. materials and working & performance. Study of various types of cotton pickers and strippers. circular rings. knuckle joint and pinned joints. constructional details. constructional details. C. Design of flat belt and V-belt drives and pulleys. etc. Elementary fatigue and creep aspects. Design of keys. FMP 3610 Title : Machine Design Semester : VI (New ) Credits : 3(2+1) Theory : Meaning of design. theories of failure. material and working 16 Study of various types of forage harvesters. design considerations. Design of muff. Phases of design. Problems on design of shafts. Selection of anifriction bearings. selection of allowable stress. Design of bolted joints cases of electric loading. Assignment test. Selection of roller bearings use of catalogue. 48 . Design of screw motion mechanisms like screw jack. 5 Study of various types of reapers. 1999 Ed. Knuckle joint. Delhi (1987) Indian edition. Grace Philip 6) Practical Farm Machinery Vol. materials and working 6 Study of grain crop combine harvesters. (1984 edition) 3) Elements of Farm Machinery by A. Dhankpat Rai & Sons Edition 1990. Jain. materials and working Text Books : 1) Elements of Agricultural Engineering by Jagdishwar Sahay 2) Farm Machinery and Equipments by Smith and Wikes. sleeve. Crane hooks. problems based on practical application of theories of failure and determination of factor of safety. materials and working 7-8 Study of various types of threshers. lead screw. Design of threaded fasteners subjected to direct static loads. bolted joints loaded in shear and bolted joints subjected to eccentric loading.and rigid flange couplings Design of helical and leaf springs. 8) RNAM Test Codes and Procedures for Farm Machinery Course No. C. Problems in selection/ design of belts. factor of safety. Design of curved beams. 2 by Bhattacharya. Bainer and Barger. Problems on gear design of Spur gears. Problems on design of helical and leaf spring. constructional details. TMH Publ. 7) Principles of Farm Machinery by Kepner. Design of shafts under torsion and combined bending and torsion. Types of loads and stresses. 5) Farm Machinery and approach by S. Shrivastav (1990 edition) 4) Farm machines & Equipment by CP Nakra. constructional details. turnbuckle. keys and coupling. Saroj Prakashan. materials and working and performance 9 Study of maize sheller 10 Study of sugarcane harvester 11 Study of chaff cutter 12 Study of potato harvester 13 Study of peanut harvester 14 Study of cotton harvesting machinery 15 Study of various types of fruit harvesting equipment. Design of welded subjected to static loads. etc. CBS Publisher and Distributor. Cotter joints. Stress concentration. Practical : Problems based on load and stress analysis of machine components. Common engineering materials and their mechanical properties. Exercises on design of levers rockers arm for diesel engines. constructional details. Design and drawing of pin connections. Khurmi and J.6-18. pinned joint. Driving in forward and reverse gears.1-18. turn buckle 1 12.10 470-478 22-24 Design of muff and flange coupling 1 13.1-11. traffic rules.13-9.1-14. FMP-3611 Title : Field Operation & Maintenance of Tractor & Farm Machinery I Semester : VI (New ) Credits : 1(0+1) Syllabus : Introduction to various systems of a tractor viz.4-20. Course No. Familiarisation with different makes & models of 4-wheeled tractors.1-12. Gupta (Ist Multicolour Ed. l by S.21 349-359 15-17 Design of threaded fasteners subjected to direct 1 11.) 2 Machine design by Pandya and Shah.1-4. No. road safety.13-18. theories of failure. electrical.20 404-409 bolted joints subjected to eccentric loading 18-20 Design of shafts under torsion and combined 1 14. Hajra Choudhary.14 87-102 of safety. No. lubrication.16-10.15 455-462 2 6. Hajra Choudhary and A.11-13. settings and field operation of farm machinery. transmission.. 12. Topic to be covered Book Art.16-11.6 730-731 31 Design of gears 1 28. fuel. Familiarization with tractor controls & learning procedure of tractor starting and stopping. Tractor driving practice with two wheeled tractor trailer forward & reverse. 3 Elements of workshop technology Vol. 18.10 55.9 819-831 27-28 Design of flat bolt 1 18. S. Driving safety rules.6 377-385. bolted joints loaded in Shear and 11.1-1. 1 Meaning of Design. No.9 680. 18.9-3. K.11 509-517 bending and torsions 21 Design of keys 1 13. Hitching.1-10. Fourteenth ed. static loads.18 478-498 25-26 Design of helical spring 1 23.1-2. K. hydraulic & final drive system. knuckle joint.8 314-318 11-14 Design of welded joints subjected to static loads 1 10.5 1021-1027 32-33 Design of levers 1 15.4 1-3 considerations 2 Engineering materials and their mechanical 1 2. Road signs. Page.4 431-439. factor 1 4. Familiarsation with instrumentation panel & controls. Study and 49 .16 486-490 Practicals :- Numerical Problems based on above topics Books :- 1 A text book of Machine designs by R.1-13. driving & parking of tractor.4 677-679. cooling.K.56 7-10 Cotter joint. adjustments. design 1 1. Lesson Plan Lec. Phases of design. No. Starting &stopping practice of the tractor.12-12.1-15.5 16-20 Properties 3-5 Types of load and stress.18 686-693 29-30 Design of V belt drives 1 20.11 341-345. 10.1-28. 6 Elementary fatigue and creep aspects 3 3.5 558-568 34 Selection of antifriction bearing 2 9.1-23. Tractor driving practice forward & reverse driving practice. transmission. lubrication. Field operation with seed drill / planter and its adjustment. Lowa state Univ. 9. Farm Machinery Equipment By C.P. Name of the Laboratory: FMP Workshop c. The operation care and repairs of Farm machinery. Field operation with mower and its adjustment. electrical. 646 Katra. Activities: This department is having well equipped FMP workshop and machine shop with welding. Saroj Prakashan. T. Familiarization with tractor driving safety rules. Familiarization with tractor hitching system.R. New Delhi. Field operation with M. 12. Ltd. 14. Nai Sarak Delhi. 6. machining. 15. 50 . Farm Tractor Maintenance and Repair. 12/4 Asaf Ali Road. 2. 3. Elements of Farm Machinery By A. 1962. Familiarization with power tiller driving in forward and reverse gear. 16. 7. B. Field operation with tractor operated rotavator and its adjustment. Laboratories: The Department of Farm Machinery and Power is having following laboratories • FMP Workshop • Machine Shop • CAD Laboratory • Farm Power Laboratory • Drawing laboratory • Ergonomic laboratory b. Deere and Company. Study operation and field adjustments of m. Jain and C. Familiarization with tractor driving in forward and reverse gears. 4. Infrastructure a. hydraulic and final drive system. Co.K. Srivastava Oxford & IBH Publishing Co. 13.C. Ltd. Farm Power Machinery Management by Donel Hunt. Introduction to various systems of tractor viz. Field operation with tractor trolley (forward and reverse). 11. By S. Bombay. Text Books : 1. Tata Mc Graw Hill Pub. Field operation and adjustments of seed drill/planter/sprayer. Familiarization with tractor controls and learning procedure. A Workbook of Practical Farm Machinery. Ames Low. Dhanpat Rai & Sons. Allahabad – 211 002. 10. Nakra. cooling. 3. cutting machineries and well trained man power. 8. Rai. Field operation with tractor operated disc harrow and its adjustment. 5.C. New Delhi. Familiarization with tractor operated sprayer.practicing the hitching and dehitching of implements. 4. 5. plough & disk plough. Field operation with disc plough and its adjustment. 2. Practicals: 1. Field operation with reaper and its adjustment. Introduction to various systems of tractor viz.b. Volume I and Volume 2 by Dr.. Bhattacharya. Pvt. Press. Field operation of trailing & mounted disk harrow. plough and its adjustment. 4. fuel. Activities d. Activities: This department is having well equipped FMP workshop and machine shop with welding. various systems on tractor.d. b. machining. Photographs b. Name of the Laboratory: CAD Laboratory c. Activities d. d. Name of the Laboratory: Farm Power Laboratory c. . the CAD software is being taught to students to get acquainted with basic designing of machine parts. Photographs Various models and cut models are kept in the Farm Power laboratory to get acquainted the students to working principle of the machine. cutting machineries and well trained man power. sprayers ETC. Photographs In CAD laboratory. Photographs: b. Name of the Laboratory: Machine Shop c. Prashant Uddhaorao Shahare Post held Professor &Head Deptt.1967 Qualification M. 9422548005 Fax 02358 282414 E-mail shahare_prashant@rediffmail. 05 B. Photographs In the Ergonomics laboratory. Name of the Laboratory: Ergonomic laboratory c. are analyzed for educational and research purpose. Activities d. Farm Machinery and Power Date of Birth 04. 02358-282414(O) Mobile No.10. oxygen consumption rate.com . 12 Present area of research Research on sprayers and duster. Ph. (FMP) Area of Specialization Farm Machinery and Power Engineering Experience (Years) 24 Yrs. 5. Research Projects guided Ph. D Nil M. Faculty a. farm machineries for rice base farming Contact details Landline No. etc. Tech. Academic staff: Name of the Faculty Dr. Name of the Laboratory: Drawing laboratory c.Tech. b. ergonomical parameters like Heart rate. Activities d. (FMP). Photographs This department is also having Drawing laboratory where engineering drawing and machine drawing practicals are taught to students. Tech. BPDS.b. D. 06 Present area of research Farm Machinery and Power Contact details Landline No. Tech. Research Projects guided Ph. 9422549798 Fax -- 53 . Tech. D. Kishor Ganpat Dhande Post held Associate Professor Date of Birth 07. spraying and precision farming Contact details Landline No.Name of the Faculty Er. Tech.Tech. D Nil M. Tech.com Name of the Faculty Er. (FMP) Area of Specialization Farm Machinery and Power Engineering Experience (Years) 10 Yrs. 03 B. 9423047787 Fax 02358 282414 E-mail [email protected]. 02358 282405 Mobile No. 02 B. seeding. D Nil M. Sachin Vishnudas Pathak Post held Associate Professor Deptt.1972 Qualification M.Tech. 02 B. 04 Present area of research Paddy threshing. -- Mobile No.E. Farm Machinery and Power Date of Birth 12. 11 months Research Projects guided Ph. Tech.1966 Qualification M. (FMP) Area of Specialization Farm Machinery and Power Experience (Years) 16 Yrs.1976 Qualification M.07.03. (FMP) and Ph. 02358 280421 Mobile No. 9422635202 Fax -- E-mail vijayaware_2000@yahoo. 09 Present area of research Ergonomics and safety management Contact details Landline No. D Nil M. Tech. (FMP) Area of Specialization Farm Machinery and Power Experience (Years) 23 Yrs. Research Projects guided Ph.com Name of the Faculty Er. Vijay Vitthal Aware Post held Associate Professor Date of Birth 09. Tech. Tech. Location: Department of Farm Machinery and Power.1979 Qualification M. 02358 282414 Mobile No.com 6. turning. CAET.com Name of the Faculty Er. 02358 282414 Mobile No. Dapoli. Nilesh Ashok Shirsat Post held Assistant Professor (FMP) Date of Birth 21. -- Present area of research Farm Machinery and Power Contact details Landline No. D -- M. Photographs: 54 . Rhutuja Nitin Palte Post held Senior Research Assistant Date of Birth 17th Oct.10. Instructional Farm: a. 11 Months Research Projects guided Nil Ph. d. research staff and students. Infrastructural facility: Equipment Production Workshop: c. Tech. D Nil M. -- B.(FMP) Area of Specialization Farm Machinery and Power Experience (Years) 10 Yrs. Area of Specialization Renewable Energy Sources Experience (Years) 10 Yrs. 9422410000 Fax 02358 282414 E-mail nashirsat@gmail. Tech. knurling. The fabrication. 1981 Qualification M. development and modification work of machine parts are carried out under research work of academic. threading.com b. b. Tech. Research Projects guided Ph. Research staff: Name of the Faculty Mrs. Tech. E-mail sachinpathak@gmail. boring. 9422443062 Fax 02358 282414 E-mail rnpalte@gmail. milling. 07 Present area of research Farm Machinery and Power Contact details Landline No. Activities: The practicals of workshop technology on welding. 01 B. carpentary jobs are carried out. Photographs: b. Research activities and achievements (including projects) a. Photographs: 7. d. Infrastructural facility: Implement Park c. Activities: The farmers. women self help groups visited the Implement park to get acquainted with improved farm machineries. students. Infrastructural facility: Equipment and Machinery Museum c. students. women self help groups visited the museum to improve their technical knowledge regarding improved farm equipments and tools developed for Konkan region. d. b. Implements released: 1) Conveyor type paddy thresher 2) Zero till drill 3) Sopan semiautomatic cashewnut sheller 4) Areacanut dehusker 5) Tractor mounted hydraulic elevator for coconut harvesting 6) Multipurpose fruit harvester . Activities: The farmers. 0 cm diameter and harvested grasses. B. 7) Green cashenut sheller 8) Arecanut Peelar 9) Biomass Shredder 10)Improved vaibhav sickle b. (2009) 56 . The 35 H. Research Recommendations: 1. V. S. semi automatic cashew nut shelling machine developed by Dr. Dapoli is recommended for shelling of the steam roasted cashew nuts.P. S. (2009) 3.. The power operated paddy thresher with inverted chain conveyor developed by Dr. B. K. Dapoli is recommended for threshing of paddy without damage to paddy straw. The ‘Sopan’. Konkan Krishi Vidyapeeth. (2007) 2. tractor operated shredder is recommended for shredding of pruned branches/ cutting of horticultural and spices crops upto 2. K. The tractor mounted hydraulic elevator is recommended for coconut harvesting on flat land upto 12 m tree height. (2011) . (2010) 7. The manually operated multi fruit harvester is recommended for harvesting different fruits like mango. The DBSKKV developed hand operated rotary arecanut dehusker is recommended for dehusking the arecanut. (2010) 6. The bullock drawn zero till drill is recommended for Konkan region for sowing beans after harvest of kharif rice. (2010) 5.4. cashew and kokum. V.. (2011) 10. (2014) 12.S. (2011) 9. Dapoli is recommended for green cashewnut shelling. The DBSKKV developed hand operated arecanut scarifier is recommended for arecanuut scarifying for Konkan region.K.K.(2013) 11. DBSKKV developed pedal operated arecanut dehusker is recommended for dehusking of dried areacanut.8. B. Balasaheb Sawant Konkan Krishi Vidyapeeth. Dr BSKKV improved Vaibhav sickle is recommended for harvesting of paddy. Dapoli and MAIDC. (2014) 58 . Mumbai is recommended for harvesting of paddy. The self propelled reaper developed by Dr. The hand operated green cashewnut sheller developed by Dr. (2014) (AICRP-ESA) 16. DBSKKV developed power operated arecanut dehusker is recommended for dehusking of dried areacanut for higher output capacity. It is recommended to use surgical gloves (inside) and cotton gloves (outside) during fish dressing operation for higher work output and better safety of hands. It is recommended to use Dr. 13. (2014-15) FMP deptt and (AICRP-ESA) 15. Research Outcome/ Findings: Tools/ Equipments Developed A) For Rice based Framing System 1) Vaibhav sickle 2) Punkaj puddler 3) Stubble remover 4) Ankur toothed spade . (2015) c. (2014) 14. Pure latex (non slip) glove is recommended for cashew nut deshelling and scooping operation. BSKKV developed foldable coconut dehusker having detachable handle for better performance and easy handling. 00. G. Title: Design. K. K.744/- Summary of Achievements: Battery operated coconut arecanut harvester have been developed and evaluated. S. Jain Co-Principal Investigator: Dr. 5) Conveyor type paddy thresher 6) Zero till drill 7) Verical conveyor reaper 8) Improved vaibhav sickle 9) Cono weeder B) For horticultural based farming system 1) Nutan mango harvester 2) Navin mango harvester 3) Amar lorenthus cutter 4) Sulabh contour marker 5) CAET cashew cutter 6) Coconut dehusker 7) Biomass shredder 8) Sopan semiautomatic cashewnut sheller 9) Areacanut dehusker(hand operated) 10) Tractor mounted hydraulic elevator 11) Multipurpose fruit harvester 12) Green cashenut sheller 13) Arecanut Scrarifier 14) Power operated areacnut dehusker 15) Pedal operated areacnut dehusker 16) Folable coconut dehusker d.: Objectives: 1) To design and fabricate arecanut coconut harvester. Completed Research Projects/Programmes/ Schemes: 1. Relevant Photographs: 60 . 2) To conduct testing of arecanut coconut harvester. Principal Investigator: Dr. development and testing of Arecanut coconut harvester UR Nos. Dhande Sponsoring Agency: ICAR. New Delhi Duration: 2001-2003 Total outlay: 5. 3) To familiarize the farmers with developed machineries on the coconut processing and their method of adoption. A. V. Powar Co-Principal Investigator Dr. 2) To motivate and help them to adopt the post harvest processes. 61 . Relevant Photographs 3. Title Setting up of a demonstration cum training centre on coconut processing in Konkan region of Maharashtra UR Nos. Principal Investigator Dr.82. G. V. V. 4) To make process available to them and provide helping hand for self employment. workers of Konkan region of Maharashtra. Aware Co-Principal Investigator Er.707/- Summary of Achievements Anthropometic survey of 1027 agricultural workers from all over Konkan region of Maharashtra has been carried out. S. Principal Investigator Dr. Kochi Duration 2005-2007 Total outlay 16. Pathak Sponsoring Agency Coconut Development Board. New Delhi Duration 2004-2006 Total outlay 11. 2) To establish design criteria based on these data for development of safe and efficient tools and equipment.2. Aware Sponsoring Agency ICAR. V. Objectives 1) Generation of anthropometric database on agril. V.09. Objectives 1) To encourage process and value addition for coconut at farmers’ level so that farmers will get better return from coconut farming. Title Anthropometric survey on Agricultural workers of Konkan region of Maharashtra UR Nos.550/- Summary of Achievements Training on Coconut processing has been imparted to 20 batches of farmers (110 female and 84 male participants). Dhande Co. Title Design. K. K.652/- Summary of Achievements Air carrier sprayer with rotary nozzle has been designed and developed. development of air carrier spraying system for Mango and Cashew orchards grown on hilly terrain of Konkan region UR Nos. G. . 3) To evaluate the performance of portable ACS for pesticide application for mango and cashew orchard. 4) To study cost economics of developed ACS with different spraying methods. Naik Sponsoring Agency ICAR. Principal Investigator Er. 2) To conduct laboratory testing of developed ACS. Mrs.87. V. V. Relevant Photographs 4. Aware 2) Prof.Principal Investigator 1) Dr. New Delhi Duration 2005-2007 Total outlay 11. V. Objectives 1) To develop portable air carrier system for mango and cashew orchard. A. Title Adoption of mechanical rice transplanting Technology under Konkan region UR Nos. Pricipal Investigator Dr. Objectives 1) To conduct testing of manual self propelled rice transplanter under agro-climatic condition of Konkan region. Dhande Sponsoring Agency ICAR. Relevant Photographs 5.780/- Summary of Achievements Technology for nursery raising and transplanting by mechanized rice transplanter was developed for lateritic and black soil. K. New Delhi Duration 2005-2007 Total outlay 9. 2) Adoption of manual and power operated rice transplanter including mat type raising paddy nursery under agro-climatic condition of Konkan region.81. G. G. 3) To conduct demonstrations of machine on farmers field for popularization of mechanical rice transplanting technology. Powar Co-Principal Investigator Er. Relevant Photographs . Principal Investigator Dr. P. Title Development of tractor mounted and self propelled elevator for coconut harvesting UR Nos. 2) To conduct component testing of tractor mounted coconut climber. 4) To demonstrate the use of tractor mounted coconut climber to the coconut growers. Objectives 1) To develop and modify tractor mounted hydraulic elevator for coconut harvesting. Relevant Photographs . Kolhe Sponsoring Agency Coconut Development Board. Kochi Duration 2010-2011 Total outlay 17. 00000/- Summary of Achievements Tractor operated elevator is developed.6. K. 3) To conduct field demonstration and testing of the tractor mounted coconut climber on university research plot and farmers farm. V. 2) To evaluate its field performance. practices and strategies to minimize farm accidents based on survey and analysis 2. AICRP Technologies developed 1. Associate Professor and Research Engineer. Pedal cum power operated arecanut dehusker. Ongoing Research Projects/Programmes/ Schemes: Scheme No. Sponsoring Agency ICAR Funding-75%. Integrating anthropometric and strength data and other ergonomical principles in design of agricultural tools and equipment. 65 . Assessment of occupational health hazards and developing ergonomical interventions for their minimization. Sponsoring Agency MAIDC.25.000/- Summary of Achievements Vertical coveyor reaper is developed Relevant Photographs e. State Govt. Mumbai Duration 2007-2014 Total outlay 1. V.Aware. 7. 1. Ergo refined manually operated arecanut dehusker 3. 4. Hand protection devices (gloves) to be used during fish dressing. Develop safety devices. Title All India Coordinated Research Project on ‘Ergonomics and Safety in Agriculture (AICRP on ESA) Objectives 1. 4. 2. Title Development of self propelled reaper Objectives 1) To develop the self propelled reaper for paddy. Hand protection devices (gloves) to be used during cashew deshelling and kernel scooping. All India Coordinated Research Project on ‘Ergonomics and Safety in Agriculture (AICRP on ESA) 1. -25% Duration 2009 Onwards Name of Principal Investigator Dr. Studies on human-machine-environment interactions to generate data for developing Ergonomical Design Guidelines 3. 00. production. 2015-16 03 02 - The total beneficiaries through training on ‘Utilization of agril. Sponsoring Agency RKVY. 2012-13 28 11 02 3. production and training centre at DBSKKV Dapoli under RKVY Objectives 1) To test all agril. 2014-15 28 03 01 5.89. 2011-12 03 . Demonstrations Training N. The achievements through establishment of Farm Machinery testing. Photographs Training Demonstration Testing of Agril. production and training centre at BDSKKV Dapoli are as follows: S. Year Testing of Agril. Title Establishment of farm machinery testing. Machineries 66 . repair and maintenance of power tiller and tractor’ were 81 and through field demonstrations were 450. F. F. power tillers and electrical motors. Scheme No.Y. 4 buildings for testing of sprayers.Y. implements excluding tractor. Establishment of farm machinery testing. F. production and training centre at DBSKKV Dapoli under RKVY 2. tools/Machines 1.e. Testing facilities are strengthened. F. administrative work. 3) Technological extension of suitable technologies. training etc. - 2. 2.Y. 2013-14 12 08 - 4.Y. F.000 Summary of Achievements Developed infrastructure-i. Maharashtra State Duration Since 2011 Total outlay 4.Y. Machineries. 2) Prototype fabrication (proven equipment). Patil Vinayak Shamrao Ongoing: Ph. Gadhe Balaji D. Ergonomic evaluation and refinement of manually operated paddy transplanter for women workers of Konkan region – Ms. Development of women friendly conoweeder for paddy – Ms. 1. Kavitkar Chhaya Ragho 3. 2. New Experiment during the year 2015-16 Department of Farm Machinery and Power 1.Tech. 2.Research Experiments to be continued during the year 2015-16 Department of Farm Power and Machinery 1.D 1. Development and performance evaluation of cashew apple collector 2. Development and performance evaluation of high capacity engine operated paddy thresher- Mr.Tech 1. Development and performance evaluation of power operated coconut dehusker 2. Agricultural accident survey in konkan region of Maharashtra. Ongoing M. Ergonomic evaluation of manuall paddy transplanter. 4. Ergonomic evaluation and refinement of Cono weeder Scheme: AICRP on Ergonomics and Safety in Agriculture 1.D. 3.Tech projects Completed: M. Ergonomical studies on work practices and health hazards in fish processing plants. development and testing of paddy transplanter suitable for root washed seedlings - Mr. 3. Jadhav Amit Rameshrao 2. Ph. Patil Suhas Babasaheb 67 . Design. Ergonomic evaluation of pedal operated arecanut dehusker by women workers. Chavan Suchitra Suryakant 2. and M. Ergonomical study and refinement of work practices and health hazards of men and women in cashew processing industries. Development and testing of Urea briquette applicator – Mr. Measurement of aerobic capacity of agricultural workers of Konkan region of Maharashtra. Design and development of power tiller operated raised bed seed cutm fertilizer drill for dry paddy – Mr. Design and development of raised bed dry paddy seeder Scheme: AICRP on Ergonomics and Safety in Agriculture 1. Performance evaluation of power operated arecanut dehusker. 15 Lit/hr and 81. Less percentage of grain loss value was observed in developed thresher for Karjat-5 variety at 380 kg/hr feed rate. the larger value was 99.K.) husk fibre separation machine - Mr.S. The average values for geometric mean diameter and coefficient of spring rigidity were found to be 31. Maximum cleaning efficiency was found in case of developed thresher for both Karjat-5 and Karjat-3 variety. Large number of farmers thresh their paddy crop manually or trampling it under the feet of animals but these operation consumes lot of time and human energy with breakage of grains occurs sometimes. 0. 0. The ratio of fruit detachment force (FDF) to weight (W) at different maturity times was found 0. Cost of operation of developed thresher was Rs.26.e.V. During the field performance test average field capacity.94% for 380 kg/hr feed rate for Karjat-5 variety. Development and testing of paddy stripper header mechanism.Tech.conveyor type power operated paddy thresher Threshing is major operation.47 kW. The highest threshing efficient was found also in developed thresher for both set of varieties and extreme value was 99.34.87/hr and Rs. The energy consumption in case of power operated paddy thresher was least for first feed rate i.52.078 kW.Mr.Tech. for developed thresher it was in the range of 0. harvesting rate of shaker and physical properties of aonla fruit. Ratnagiri 24. 0. Developed thresher gave highest grain output of 197.2. The developed feeding-conveyor type power operated paddy thresher is evaluated with comparison with power operated thresher (Model Threshomax). Development and testing of Arecanut (Areca catechu L. Jadhav Rajesh T. Degree for which the thesis submitted M. Karjat 5 and Karjat 3 RNAM standard test code was used. FMP Year of submission June 2007 Name of the Guide/ Co guide Er.80 mm and 2. Maximum fruit removal percentage (80-90%) was achieved by operating the tree shaker at amplitude of 50 mm and frequency of 220cpm. The prototype machine was constructed and tested on hybrid aonla fruit. fuel consumption and shaking efficiency was observed to be 3. Shaking frequency.68% for Karjat-5 variety for 380 kg/hr feed rate.32 kg/hr for Karjat-5 variety at 380 kg/hr feed rate. 0.16.23 trees/hr. Name of the candidate Mr.G. consumes large amount of time and money. FMP Year of submission 2010 Name of the Guide/ Co guide Er. Repository of abstracts of the theses: M. Name of the candidate Mr. Bhanage Girishkuman Balasaheb 3.06 N/mm respectively. The study included frequency and amplitude to obtain maximum fruit removal percentage.Dhande Abstract Development of feeding.09 N/g at the end of month of October. 68 .81% respectively at frequency of 220cpm.47.Pathak Abstract Development of power operated tree shaker for aonla The purpose of this research was to develop an power operated tree shaker for aonla fruit harvesting. An inertia type power operated shaker was used for mechanical harvesting of aonla. variation of FDF/W at different maturity levels were tested and average values were observed to be 1. For testing of these threshers on three varieties viz. Kadam Ravindra R.11 N/mm.33/hr for threshomax thresher respectively.09. Tech. 3. 0. Deshmukh Prashant Sampatrao 8.32 to 0. Degree for which the thesis submitted M. Year of submission 2010 Name of Guide/Co-guide Dr. The existing Korean two row transplanter was tested in field. forms the staple diet of 2. Different types of transplanters like manually operated. The land is ploughed thoroughly and puddle in 3-5 cm standing water. The speed of the newly developed transplanter was 17% more than existing transplanter. The limitations of the machine are smaller plot size and undulating topography of land. to overcome this problem it was decided to undertake a study on development and performance evaluation of two row paddy transplanter. The cost of puddling and transplanting shares 50 % of total production cost. six row transplanters could not get much popularity in the region as the operator has to pull the transplanter which involves lots of drudgery. In Konkan region.6 million ha) and with the production of about 142. Rs.1/ha). It is grown on 4. During the field evaluation some drawbacks were observed. Manually operated four row. The wheel was welded to the handle of the transplanter. riding type. the entire 2008-09 kharif season had recorded total paddy acreage of 406.K.68% and 8. 160/hr and Rs.27%) and 89. The labour requirement and draft requirement existing transplanter was more.43 lakh hectare.015 ha/hr (22.7% (5. Name of the candidate Ms. one of the three most important food crop in world. Now a days labour are very costly and scares.5 million tonnes it ranks second only to ChinaIn Maharashtra.K. The drive wheel of 48 cm was fabricated.5% less respectively than the existing transplanter (Rs.V.S.08 tonnes per hectare. The performance evaluation of newly developed transplanter was carried out at the Agronomy farm of Dr. The newly developed transplanter reduce the labour requirement for operating There was increase in field capacity and field efficiency of the newly developed transplanter with 0. Hence.2/ha which is 19.14 lakh tones. Dapoli. BSKKV. 3018. 2424. Shahare Abstract Development And Performance Evsluation Of Two Row Paddy Transplanter Rice (Oryza sativa). P. The newly developed transplanter was worked satisfactorily in field. Patil Amruta S.2%) respectively over existing transplanter. Considering the lug height of 50 mm with radial height of 40 mm keeping lugs 550 inclined with the normal.Tech Year of submission June 2011 69 . power tiller operated. tractor operated. Lots of efforts are made by Dr.Name of the student Mugdha Ramkrushna Bhat Degree for which thesis is submitted M. The delay in transplanting directly affects the yield. The power source available with transplanter was sufficient to cause forward motion of the transplanter. 175/hr. self propelled type are available but they have limited use in Konkan region due to topography of the field. The lugs were provided on outer periphery of drive wheel. The traditional rice farming system in India broadly includes wetland (lowland) and dry land (upland) system. Transplanting is most labour consuming operation during paddy cultivation.B.58 million tonnes at an average yield of 2. wet land cultivation system is followed. Dapoli to popularize the commercially available eight row self propelled transplanter (Yanji Shakti).U. Tech.7 billion people. The field efficiency of the machine reduced due to small plot size. The man days required for transplanting ranges from 50 to 60 man-days/ha. Hence it was decided to design drive wheel to existing transplanter. Degree for which the thesis submitted M. The required plant population (100/m2) was maintained by the newly developed machine. In Konkan region. The operating cost of newly developed transplanter was found to be Rs. India has largest acreage under rice (44.5 lakh hectare with production of 21. The field capacity and field efficiency of the existing transplanter was less. The machine works well in literatic soil of the Konkan region. Power required for the forward motion of the transplanter was transmitted from output shaft of gear box to the chain and sprocket on drive wheel. the effective diameter of wheel = 400 mm. rice is an important crop. resulting in a rice production of 84. Kirti Suresh Desai Degree for which thesis is submitted M.25.28. The average seed and fertilizer rate was observed as 59. A trapezoidal box for seed and fertilizer and cup feed mechanism was selected as there is no seed damage.BPDS and delta HR were 141.44 kJ/min. 23.1%. The fabrication cost was Rs. 34.Dhande Abstract Development and performance evaluation of bullock drawn dry paddy seed cum fertilizer drill Based on the physical characteristics of paddy seed and geometrical parameters such as size.6 million ha) and with the production of about 142. angle of repose. the average value of heart. The average value of peak vibration of self propelled reaper without isolation pad measured as 39.4 kg/ha and 100. During ergonomic evaluation of self propelled vertical conveyor reaper .77 and 160. energy expenditure.43 and 42. The machine vibration with isolation pad were 37.20.0. Tech.5 million tonnes it ranks second only to China. 8. It occupies about 23.10 per cent reduction in heart rate.96% respectively. India has largest area under rice (44.60kJ/min. Name of the student Ms. 18.. etc. ODR.K.and total cost for sowing seed by the bullock drawn dry paddy seed cum fertilizer drill was Rs. ODR.U.3878/. Name of the candidate Mr.43.38 and 55. Degree for which the thesis submitted M. 10. energy consumption. 20.96% and from fertilizer rate was 0.55/ha. The average theoretical field capacity.93 m/s2 at near engine. 0.40.81 min after every 30 min of works. 19. A provision was made to adjust the row to row spacing as per requirement. shoe and shovel type of furrow openers were used respectively.2 kg/ha respectively.52 km/h and 0.30 hp respectively. The average rest pause suggested was 15. 45. effective field capacity and field efficiency was 0. 23.29 bpm.Tech Year of submission June 2011 Name of the Guide/ Co guide Dr. body part discomfort score and force requirement respectively as compared to existing machine. BPDS and force required to operate the pedal of cashew nut desheller were 106. Aware Abstract Ergonomic evaluation of pedal operated cashew nut desheller and self propelled reaper for arm workers of Konkan region of Maharashtra The average value of working heart rate. overall discomfort rating. Shahare Abstract Development And Performance Testing Of Two Row Paddy Transplanter Rice is the most important cereal food crop of India.3 per cent of gross cropped area of the country.G. Kadam Vinod B.V. 16.Name of the Guide/ Co guide Er. gear box and handle respectively. Deviation of overall sowing from the seed rate was 0. 7.63 bpm.460. energy expenditure.23 N respectively which was modified as per the anthrometric data of farm women of Konkan region and ergonomically evaluated. The developed dry paddy seed cum fertilizer drill was tested in the laboratory and field as per BIS test code IS6316:1993.12 bpm. The average germination rate and plant population was 97% and 188 m2.151 ha/h. For seed and fertilizer placement.V. 20. The modified cashew nut desheller increased the comfort of the subject by 12. P. gear box and handle respectively.78 m/s2 at engine. The noise vibration level measured at the ear level during the operation of self propelled reaper was found in the range of 84 to 87 dB (A). Year of submission 2012 Name of Guide/Co-guide Dr.53. The average draft and power required was observed to be 33 kgf at a speed of 2.11 ha/h and 75. In Maharashtra 70 . thousand grain weights. development of dry paddy seed cum fertilizer drill was done.48 and 20. rice is the second important crop of the people. The field efficiency of the transplanter was 75.93.1 h/ha respectively. power requirement was calculated for the machine.58 km/h. feeding the nursery was found to be 17. It is grown on 4. two fingers. 2.4%. U. expensive and time consuming.37 lakh tones.42 lakh tones and the average productivity is 2. Professor & Head.56 t/ha (3. Name of the candidate Pravin Balasaheb Gaikwad Degree for which the thesis submitted M.33/ m2 respectively. Actuating type of commercially available transplanting mechanism is used on the machine. Simple clutch system has been provided on the drive wheel for easy turning of the transplanter. In many parts of the country 8 row self propelled transplanter (model – Yanji - Shakti) has been tried and it is found useful.01 h/ha.65 t/ha for rough rice).e. picking – cum . transplanting mechanism support and U-frame for tray support. Engg.98.12 lakh tones. The operating cost of newly developed transplanter was Rs. (Agril.5: 1 is selected from the commercial market. Fuel consumption for the newly developed transplanter was 0. Hence there is a great need to mechanize the transplanting operation. Based on the power requirement the commercially available Honda-GXH. Rice transplanting is a tedious and very time-consuming job requiring about 250 to 300 man-hour/ha. The total numbers of hill/m2 area were obtained as 20.56 tones/ha. Total time of operation was observed to be 21. FMP Title of thesis Development and Performance Evaluation Of Four Row Self Propelled Paddy Transplanter Abstract India has largest area under rice (42. Transplanting seedlings in puddle soil with standing water is widest spread technique used throughout the Asian countries. Rice is generally grown by transplanting seedlings in flooded field conditions or direct sowing depending upon the availability of water. bigger size.50 was selected. Shahare.136 lakh hectare with annual production of 10. The man days required for transplanting ranges from 40 to 50 man-days/ha. Time required for transplanting. The newly developed transplanter consists of main frame. turning. Hence. For the proper traction and forward motion in field. The sinkage of the machine was observed to be 2 cm. gearbox. The gear box having speed reduction ratio 12. Hence. The newly developed machine was operated in field for filler trial.Tech. there is a great need to mechanize the transplanting operation. two rocker arm and two needles. Rice is staple food of Konkan region of Maharashtra.99 lakh hectares with an annual rough rice production of 32.4 million tonnes it ranks second only to China. In many 71 . The field capacity of the transplanter was 0. The seedlings per hill were observed to be 5 and missing hill were 3.transplanting mechanism. 2. The cost of puddling and transplanting shares 50 % of total production cost. 223.58 /h and Rs. indexing mechanism and drive wheels. P. In Maharashtra 15. Rollers were mounted on the U-frame to restrict the movement of tray to horizontal plane.96 hp.89 l/ha. which is grown over an area of 14. it is decided to develop two row paddy transplanter using mat type seedling. The total power required for removal of seedlings and their placement and forward motion of machine was found to be 1. engine. More weight. The main frame consists of mast. the newly developed transplanter worked satisfactorily in the field. The planting depth of the transplanter was observed to be 3 cm.) Year of submission 2014-15 Name of the Guide/ Co guide Dr.14 lakh ha land is under rice cultivation with rice production of about 27. Traditional paddy cultivation is laborious. For designing. The operating speed of the transplanter was observed to be 1.1788 /ha. The cost of puddling and transplanting shares 50 % of total production cost.0569 ha/h. The result reveals that the plant to plant spacing for newly developed transplanter was 16 cm. It consists of one transplanting arm. 0. transportation problem on fragmented land and hilly terrain of Konkan restrict to adapt this machine.6 million hectares) and with the production of about 103. Rice transplanting can be done either by direct seeding or transplanting. In general. The highest productivity was observed in Konkan region i. it was decided to design a drive wheel of the transplanter. In order to achieve forward speed of machine 1. The newly developed four row self propelled transplanter was operated in field for filler trial. During the test.Tech.14 ha/h. Engine speed was reduced to 288 rpm through gear box of 12. FMP Title of thesis Development Of Pedal Operated Tree Shaker For Jamun Abstract India is the second largest producer of fruit in the world.5 km/hr the drive wheel having lugs was designed. The total number hills/m2 area were obtained as 30. The field efficiency of the transplanter was 80. In order to enhance the field capacity the work on high capacity transplanter of a four row is necessary and it was decided to develop four row self propelled paddy transplanter.2 hp. harvesting rate of shaker and physical properties of jamun fruit. B. The engine was fitted over main frame with nut and bolts. Dapoli. The planting depth of the transplanting was observed to be 3 cm. Based on the power requirement the commercially available Honda-GK- 200 petrol engine (3.33 respectively.V. Name of the candidate Chavan Manishkumar Vijay Degree for which the thesis submitted M.47 %. In view of this thesis.48 km/h. S. The seedlings per hill and missing of hills/m2 were observed to be 3. Associate Professor. “Development of pedal operated tree shaker for jamun” was carried out at Department of Farm Machinery and Power. Mechanical tree shaker can be most suitable harvesting machines for konkan region. Total time of operation for one hectare field was obtained to be 7. An inertia type pedal operated shaker was used for mechanical harvesting of jamun. engine. Laboratory test results showed that transplanting mechanism and feeding mechanism functions properly. It could work on smaller plots but the field capacity is very less and also plant to plant spacing is not maintained. Harvesting rate was calculated by weighing both the harvested and unharvested jamun. Fuel consumption for the newly developed transplanter was 1. The field capacity of the transplanter was 0. The output power of the foot pedal was transmitted through a steel wire rope. The drive wheel speed was reduced to 24 rpm using another small worm type gear box with gear ratio 12:1. Pathak. Balasaheb Sawant Konkan Krishi Vidyapeeth. Engg. gear box. (Agril. tray movement mechanism and drive system.) Year of submission 2013-14 Name of the Guide/ Co guide S. CEAT.5:1 ratio which was required to operate transplanting arm. The result reveals that the hill spacing for newly developed transplanter was 13. which was reciprocated at 160 mm amplitude through steel wire rope (4 mm in diameter) and pedal 72 . where it was converted into the reciprocating motion. The developed four row self propelled transplanter consists of main frame. the present investigation entitled.66 and 4. transplanting mechanism. The limitations are observed due to smaller plot size and hilly terrain. the newly developed transplanter worked satisfactorily in the field. The operating speed of the transplanter was observed to be 1.parts of country as well as in Konkan region of Maharashtra eight row self propelled paddy transplanter has been used and it is found useful. The prototype machine was constructed and tested on indigenous variety Ram jamun. In general. Dapoli. The Konkan region is well regarded as fruit belt of Maharashtra.5 hp) was selected as a prime mover. the limb of tree was attached to a clamp. The operating cost of newly developed transplanter was `359 /h and `2580 /ha. The slider motion was transmitted to the shaker clamp to generate the inertia forces to shaking of the branch. The total power required for removal of seedlings and their placement and forward motion of machine was found to be 3.16 cm.9 l/h. The efforts have been made to develop two row transplanter at Dr. The purpose of this research was to develop a pedal operated tree shaker for jamun fruit harvesting. Konkan Krishi Vidyapeeth. Dr. The tree shaker was powered by manually foot pedal. The study included frequency and amplitude to obtain maximum fruit removal percentage.19 hr. The commercially available actuating type transplanting arms (2 Nos) were used for this transplanter. surface area.) Year of submission 2014-15 Name of the Guide/ Co guide Dr. the average fruit removal percentage was observed to be 86.83% at frequency of 90cpm and also fruit catching efficiency was obtained to 89. 32. angle of repose. developed and evaluated. true density and angle of repose for fruits were found 48. In those mechanical dehusker after dehusking the husk and kernels are to be separated manually which is very time consuming and laborious process. variation of FDF/W at different maturity levels and the average values were observed to be 1.V. 270. separation of husk and kernels. Arecanut belongs to family palmae and is commonly known as Supari.5 g/cc and 35.94. 1. which reduces time. As compared to traditional method the developed tree shaker can harvested 6 trees/day and cost of operation comes to `441. The appropriate harvesting time for indigenous variety of jamun was found at the month of April to June. medium diameter. Dapoli) has developed hand operated. Name of the candidate Mr. The frequency of reciprocation was varied from 40.18 mm.653N/g at the end of month of June. but the arecanut growers are still facing the problem of dehusking of dried fruit. The developed tree shaker were tested on jamun tree and its performance was evaluated on the basis of effects of the shaking frequency. medium.31. The average value of major diameter.35 mm.18 mm2 and 87. 38. 19. As the separation of husk and kernels is most labour and time consuming process. minor. 80 and 90 cpm respectively.56. grading of arecanut in different sizes etc. V.32 N/g. 735. 19. The average values were found to be 18.388 metric tons with productivity of 1215 kg/ha. During the field performance test.4 kg/m3. and 78. 1238.31 per cent.81 mm. money and also the operation was found safe and comfortable at 12 to 13% slope of the field. Engg. bulk density.74% at 1 m vertical height of the catching unit from the fruit limb. 1. terminal velocity were determined for the design of separator components. 0. Based on result of physical and aerodynamic properties.79 mm. India ranks first in terms of both area and production of arecanut. Deshmukh Purushottam Ramrao Degree for which the thesis submitted M.12/day. The 73 . The total world area under arecanut cultivation in 2012 was about 7. major. respectively and for kernels it were found 22.1 g/cc and 32. the ratio of Fruit Detachment Force (FDF) to weight (W) at different maturity times was found 0.25 per cent. sphericity. Total arecanut production of India was 4.61.assembly. bulk density. (Agril.51 mm. the vibratory and aerodynamic type of separating mechanism has been designed. geometric mean diameter.BSKKV.74 mm2. 70. Maximum fruit removal percentage 80-90% was achieved by operating the tree shaker at amplitude of 160 mm and a frequency of 90 cpm.000 metric tons (2012). 50.4% and average shaking efficiency was observed to be 79.69 mm. Before the development of tree shaker the physical properties like Geometric Mean Diameter and Coefficient of spring rigidity for branch were measured and calculated. The results were analyzed according to the maximum fruit removal percentage. respectively. The university (Dr. 0.08 mm. The physical and aerodynamic properties of arecanut fruit and kernels namely. minor diameter. 0.71 degrees.13 mm. Because.2 degree. screens. geometric mean diameter.72 N/mm respectively.Tech. pedal operated and power operated arecanut dehuskers. The vibratory separating mechanism mainly consist of main frame.93. Arecanut production in Konkan region of Maharashtra has now almost reached a level of self- sufficiency. 19. AWARE Associate Professor Title of thesis Design And Development Of Mechanism For Separation Of Arecanut Husk And Kernels Abstract Arecanut (Areca catechu) is one of the important commercial crops in India. In addition to this some manufacturers have developed power operated arecanut dehusker.0 lakh ha with production of 12. true density. 37.31 kg/m3. surface area.82. 60. sphericity. vibrating mechanism and power source.90 mm and 1. 4446. it was therefore decided to undertake a study on design and development of mechanism for separation of arecanut husk and kernels. 0. feeding hopper. The field capacity of the developed tree shaker was found to be three times greater than the manual harvesting. The minimum separation loss was found as 4. the optimum cam speed for maximum separation efficiency and maximum separation effectiveness was 360 rpm.5 m/s with feed rate 24 kg/h.and the operating cost was Rs 28.5 m/s for different feed rates. The minimum separation loss was 0. 24. Similarly. with a total production of 5. Another implement used is inverted spear. Hence. Engg.97 per cent was obtained at air velocity 8. optimum air velocity was 10. The maximum separation effectiveness 98.99 /h. Similarly.5 m/s for different feed rates. Dept. The separation efficiency was decreased as feed rate increased from 18 kg/h to 36 kg/h for all cam speeds.1 to 4.Tech.043/.7 per cent as cam speed increased from 18 kg/h to 36 kg/h for different feed rates. considering both parameters as separation efficiency and separation effectiveness. 356 and 413 rpm) and four different feed rates (18. Coconut palms are grown in more than 93 countries of the world. 94 per cent was obtained at cam speed 413 rpm and feed rate 18 kg/h.94 per cent as air velocity increased from 8. the separation effectiveness was increased. The performance of developed vibratory separator was carried out at three different cam speeds (305. An individual coconut fruit is made up of an outer exocarp. feeding hopper.66 kg/h. Of FMP Title of thesis Development Of Power Operated Coconut Dehusker Abstract Coconut (cocos nucifera) is one of the world most useful and important perennial plants.5 m/s with feed rate 18 kg/h. Shahare) Professor And Head. blower and power source. optimum feed rate was considered as 26. Dehusking is the process of removing the outer covering called husk from the coconut to get two important commercial products such as copra or dried kernel and fibers or coir.and the operating cost was Rs 27.4 per cent at cam speed 305 with feed rate 18 kg/h. a thick fibrous fruit coat known as husk. 30 and 36 kg/h). With increase in feed rate from 18 kg/h to 36 kg/h for all cam speeds. The maximum separation efficiency.5 m/s to 12.06 to 0. 30 and 36 kg/h). where nut is impacted on spear and then rotated simultaneously so as to loosen the husk 74 . the hard protective endocarp or shell called “eyes” are at one end of the nut. The average separation efficiency was found to decrease from 90.5. 11. The maximum separation efficiency was 99. minimum separation loss and maximum separation effectiveness was 26. 10.29 per cent was obtained at cam speed 305 rpm with feed rate 36 kg/h.5 m/s with feed rate 18 kg/h.) Year of submission 2014-15 Name of the Guide/ Co guide (P.22/h whereas the total cost of an aerodynamic separator was Rs 9. Name of the candidate Patil Sachin Ramchandra Degree for which the thesis submitted M.872/.58 to 82. The average separation loss was found to decrease from 1.5.5 m/s) and four different feed rates (18.1 per cent at blower outlet velocity 12.83 kg/h. The average separation loss was decreased from 6. The optimum value of feed rate for maximum separation efficiency. The developed aerodynamic separator was evaluated at five different air velocities (8.3 per cent at blower outlet velocity of 8. 24. dehusking practices includes traditional methods. Separation of its husk from the nut (dehusking) constitutes the. (Agril. Presently. The optimum feed rate for maximum separation efficiency and maximum separation effectiveness were 26 kg/h and 27.5 m/s to 12. The total cost of a vibratory separator was Rs 11. The separation loss was decreased as feed rate increased from 18 kg/h to 36 kg/h for all cam speeds. most difficult and dangerous operation in its processing. The maximum separation effectiveness as 87. respectively.22 m/s considering separation efficiency and separation effectiveness.U.78 per cent as air velocity increased from 8.09 kg/h.4 billion tons per year. Although coconut is of immense economic importance to both the industrialist and rural area.5 and 12. 9.5. This methods are quite time consuming with risk inclusion.aerodynamic separating mechanism mainly consists of main frame. Name of the candidate Jadhav Suraj Krishna Degree for which the thesis submitted M.2 lakh hectare with production of 10.) Year of submission 2014-15 Name of the Guide/ Co guide (K.BSKKV. The average dehusking time of developed dehusker is 30. 75 .1 lakh ha land under cultivation out of which 15. Drum seeders are developed for direct seeding of pre-germinated Paddy but proper seed rate is not maintained and uneven seed delivery was observed. dehusking efficiency. its performance was studied in to two different tests.that can be removed easily. (Agril.08 lakh tones and with productivity 2398 Kg/ha. loosen the husk and detaching the fiber from the shell. cam and follower. were assembled on the foundation frame.18 per hours. and 29. which is uncomfortable when work continuous for many hours. Manually dehusking process requires the operator to bring the coconut sharply down into the blade. penetration resistance and tensile force etc.and the total operating cost for dehusking the coconut is 37.Tech. The performance of power operated coconut dehusker was found to be satisfactory and it can dehusk any shape and sizes of coconut without nut breakage without cutting the useful coir fibers. India has largest area under rice (44 m ha) and with the production of about 106 mT. sphericity. The cost of dehusk the one coconut on power operated dehusker is 0. were measured and determined. Engg. For testing the performance of newly developed dehusker. The properties of coconut viz. Motorized and hydraulic coconut dehusking machine are commercial available in market but cost of this machine is limiting factor in Konkan region. The developed dehusker is simple and easy to operate. and operating cost etc. Dapoli has developed bullock drawn three row dry paddy seed cum fertilizer drill for cultivation (Patil. roundness and moisture content is 0.757. The performance evaluation carried on the basis of dehusking time. The experimental set-up consists of a MS angle foundation frame. 2011). (Alizadeh. Wet cultivation system is prevalent in areas. The coconut is hold horizontally in holding mechanism.G. of developed dehusker. Dhande) Associate Professor. ie. The work is not only hard and dangerous but requires considerable skill. 0. To overcome this difficulty. The cost of fabrication for the developed power operated coconut dehusker is 13822/. Dept. This action is repeated several times until the entire fibers are removed. Transplanting of Paddy seedlings are prevalent these area and it is laborious and involves more drudgery.00 lakh ha land with production of about 27 lakh tones and with the productivity 1800 Kg/ha during the year 2012- 13 (Anonymous. it ranks second only to China with productivity of about 2485 Kg/ha during last year (Anonymous. Direct seeding of rice on dry soils has been found most appropriate alternative to transplanting. The components of dehusker such as electric motor with reduction unit. The traditional rice farming system in India includes wet land (lowland) and dry land (upland) system. The average of sphericity. holding mechanism and splitting mechanism etc. Initially the some properties of coconuts were studied.30 per coconut. From loosened coconut the husk and nut is separated by the operators.684.6 sec while the average output capacity and dehusking efficiency is 125 to 130 nuts per hours and 96.) is one of the leading food crops in the world. 2013). output capacity.62 per cent respectively. The developed dehusker is operated by the electric motor. Dr. roundeness. There was need of dry seeding machine for Paddy suitable for Konkan region. weight. In Konkan rice is grown on 4. moisture content. where adequate water supply is assured either through rainfall or irrigation or both. by operating the cam the split the coconut by dehusking blade and it loosened. Of FMP Abstract Design and Development of Power Tiller Operated Dry Paddy Seed Cum Fertilizer Drill Rice (Oryza sativa L.04 per cent respectively. twisting to one side. 2011). Initial performance test and performance test for different grades of coconuts. 2013). (Anonymous. It needs worker to bend from waist. size. Maharashtra has 226. strong wrist and arm. does not required any special skill to operate. student submission Co-guide 1. and 75.52.Gajakos Performance Evaluation of Tractor Mr. palghar-2 varieties and fertilizer (urea) rate from the calibration were observed as 58. The total cost of fabrication was 5906/.. The field test of developed power tiller operated dry Paddy seed cum fertilizer drill was carried out at the field of Agronomy. Ratnagiri-24. S. B.G. Tech. Aware Electronic Metering Mechanism for Manjarekar Planter 5. Name of the Year of Name of Guide/ Project Title N. medium/fine and large/coarse varieties of Paddy grown in Konkan region were studied and accordingly dry Paddy seed cum fertilizer drill was developed. P. There was no visible damage observed from all types of cup and varieties of Paddy in the laboratory. V. A.54. Ratnagiri-2.P.Choudhari June 2003 Dr. Karjat-3. V.Engg.77 .88 Kg/ha and 98. N. Mr.S. The physical properties of total 25 small/fine. Dr. C. Gajakos Drawn Rotavator 2. 52.35 to 4. To overcome the drawbacks of bullock drawn dry Paddy cum fertilizer drill. 96. S. The developed dry Paddy seed cum fertilizer drill is consists of semi- trapezoidal seed and trapezoidal fertilizer hopper. 5. Ratnagiri-2. Ratnagiri-24. V. V. Mr. A. The seed germination percentage before metering of Ratnagiri-1.113 ha/hr. A.Aware Operated Cashewnut Sheller 3. G.V. 97.89 Km/hr speed shows that at 1. (Agril. T. edge cell rotor fertilizer metering mechanism. Jadhav V.231 hp. 57.4. Row to row spacing can varied between 10-30 cm and depth also adjustable 0-12 cm as per crop requirement. N. 50. M. The 187. R. The variation in seed dropping among furrow was in range of 0. Karjat-2. effective field capacity and field efficiency was observed 0. 95. Dapoli. G. Ms. Kadam June 2003 Er.Aware Design and Development of Ms. Karjat-2. V. Dhande Performance Evaluation of Tractor Ms. The Preliminary test at 1. Tekade Mounted Tall Tree Air Carrier Sprayer 4.V.and Cost of sowing paddy seed by developed power tiller operated dry Paddy seed cum fertilizer drill was 2227/ ha. 95 and 95 % respectively. Powar Design and Development of Power Mr.7 and 4. 47. G. The developed dry Paddy seed cum fertilizer drill was tested in the laboratory and field as per BIS test code IS 6316: 1993. 0.BSKKV. K.) Following projects are undertaken and report prepared.62 % among the variety tested. R. sowing operation gives better results than the other operating speeds. 1. S. Karjat-3. Badhe Performance Evaluation of Tractor Ms. 95.57. Yadav 2003 Dr.9 cm respectively.M. The seed rate for Ratnagiri-1. furrow openers and cut-off device. K. vertical spacing between seed and fertilizer and approximately horizontal spacing between seed and fertilizer were 3. 95. Palghar-2 was 97.V. Hadawale Er.23.69.V. S. Jadhav Er. T. to get desired performance to suit requirement and it was felt necessary to develop power tiller operated three row dry Paddy seed cum fertilizer drill. Kinage December Er. The performance of dry Paddy seed cum fertilizer drill was satisfactory for working in the well prepared seed bed for sowing. The power required for operation was found to be 0. Karjat-2 and Ratnagiri-24 respectively.51 % respectively. Mr. ground wheel. 2011) but tests indicated some mechanical and operational problems. 96. Placement of seed and fertilizer was observed that the average depth of seed and fertilizer. Mr. 96% respectively and after metering was 96. 96. 1.47 Kg/ha. 54. V. Nalawade Drawn Vertical Conveyor Reaper 76 .89 Km/hr speed. Anshul Jain June 2004 Er. cup feed seed metering mechanism. A. 188 and 179 plant per square meter area was observed for Ratnagiri-1. The theoretical field capacity. The small power operated cultivator and power tiller are being used by farmers for various farm operations.64 and 1.085 ha/hr. 2003 Mrs. M. A. M. serrated sickle (Vaibhav sickle) 13. V. S.U. N.Pathak Development and Performance Mr. Gite Performance evaluation of paddy 2010 thresher cum groundnut stripper for paddy threshing 18. V. A.S. P. Dhande Automatic Cashewnut Sheller 7. J. Kolhe Performance Evaluation of Tractor Mounted Hydraulic Elevator For Pruning of Mango Orchard 24. H.Shinde 2010 Dr.V. Mr. Rajguru Evaluation of Different Straw Conveyors for Paddy Thresher 17. B. Ms.M. Mhatre June 2009 Er. H.Gutte 2011 Er. N. Mr. K. V. A. P. Ms. Valvi Nalawade transplanter 10. V. Prof. Salunkhe June 2010 Er. P. Mr. 2010 Dr. Windrower 6. M. V. D.Joshi Dec.U. C. V. Electronic Seed Metering Dhamanskar Aware Mechanism 8. G.Dahiwale 2010 Dr.P.Thakare Dec. G. Kemble based electron IC metering Ms.V. M. J. V. D.P. B. Mr.A. R. V.V. Tatugade June 2006 Er. P. Development and performance Mr. G.Shahare Ergonomic evaluation of coconut 2. S. Shinde June 2008 Er. 2010 Er. Kolhe Performance evaluation of fruit Mr. Mrs. S. V. Mr. Palkar June 2008 Er. G. Chavan drum seeder 9. Bhere June 2008 Er.Deolekar type power operated paddy thresher 14. Dhakane December Er. Karande operated coconut dehusker 11. Kharmale June 2004 Dr. Shirsat Performance evaluation of power weeder/cultivator 25. A. Ms.Shahare Studies on different rice seedling raising methods on performance of 8-row Yanji-Shakti rice transplanter 20. S. Mr. Gajakos Performance evaluation of conveyor Mr. Aware Development of microprocessor Mr. Pathak Development and testing of hand Mr. V. P.V. S. Aware Development of Planter with Mr. Ms. Mr. Mr. A.P. K. Developement of two row rice Mr. S. S. Ms. S. Biwal June 2008 Er. M. V. V. Ms. Mr. V.Shahare Development and Performance Ms.E. D. D. A. Awatade December Er. D. P. D.P. Aware Ergonomical design modification Ms. V. Athavale June 2005 Dr. Kumbhar Evaluation of Hand Operated Rotary type Areca nut Dehusker.V. K. Mr.S. P. A. Pote June 2008 Er.. M. N. A. A. V. Pathak Performance evaluation of hand operated coconut dehusker 23.Chavan harvesting elevator 22.Joshi June 2010 Dr. D. B. Sargar climber 19. P. S.V. A.H. P. Ms. A. Powar Design and Development of Semi Mr.U. B. P. Ingle for K. V. S. A. D. S. V. D. S. 21. Mr. Kamble Er. Mohite and 2009 Dr.. Gharge mechanism 16. S. Ms. S. S. Gajakos Performance evaluation of paddy Ms.K. Pathak Modification and testing of CAET developed three row bullock drawn zero till planter for bean seed in Konkan region 15. R. D. 1. Chivilkar Nalawade evaluation of two row paddy transplanter 12. Mr. A. Palkar June 2006 Er. Pathak Performance evaluation of manually 2011 operated paddy drum seeder (For 77 . N.V. G.Kashid 2013-14 Dr. R. Dudam Dec.Vengurlekar Manually Operated Paddy Weeders Mr.Pawase Manually Operated Coconut Dehusker 40. Shahare Performance Evaluation of Two 2012 Row Self Propelled Paddy Transplanter 31. C. P. N. Pune-412 308 (M. Malekar 2014-15 Er.. Shirsat Performance testing of urea briquette applicator 29. P. 2011-12 1. Mr. A. R.Chougule 2014-15 Dr. Avdhesh Kumar 2013-14 Dr. Mr. Mr. S. Shahare Performance and Testing of Brush Mr. K. V. M.Pednekar December Dr. A.Dabholkar operated rice transplanter (c)Experiential Learning Following students of Module B(FMP. V.. New Holland (FIAT) India Pvt. S. P. Shahare Field testing of modified two row K. R. P.) 2. Mr.. Mr. N. Shirsat Performance evaluation of power weeder 30. V. Kuveskar Cutter 43. Development of Feeding Mr. A. A.Plant Training Name of the student Site of Training Yr. Madake 42. 2011 Er. EOES and APE) have undergone In.. R. V.U. 2011 Dr. M. S. A. P. R. Dhakane G. Mr.Vishwakarma rice transplanter 27. 2014-15 Er.A. U. K. Mr. J. Mr.Pathak Performance evaluation of battery Nadagavakar 2012 operated knapsack sprayer 34. P. R. V. Shirsat. S. N . 2011 Er.Dr. P. N. P. Ms. Pachpinde Mechanism For Seating Type Cashewnut Desheller 41.Aware Performance Testing of Hand 2012 Operated Tools 32. Mr. Mr. Sahu Dec.A. Shahare Performance Testing of Four Row Self Propelled Walking Type Paddy Transplanter 38. Jadhav P. P.V. Shirsat.Ambhore 2013-14 Dr. D. U. Aware Testing of Four Rows Manually Operated Rice Transplanter 37. P. G. 2012 Er. N. U. K. S.S. Ltd.N. N. Aware Ergonomic evaluation of conoweeder 28. Kadam 2014-15 Dr.Patil December Er. E. Mr. P. N. Shahare Ergonomic Evaluation of Hand Operated Knapsack Spraye 36. K. N. A. A. Shirsat Study on Hand Protection Devices for Women Working In Cashew Processing Industries 39. Kadam 2013-14 Er. Performance Evaluation of Mr. Mhaskar December. Ms.Dhande. Mr. Dhande Performance Evaluation of Power Operated Paddy Winnower 35.G.S. Mr. S. R.V. M. Kharangate 2013-14 Er. D. Performance Evaluation of L.V. R.K. December Er. Mr. D. Mr.Shirsat Ergonomic Pedal operated sitting 2012 type cashew nut desheller 33. Mr.U. dry land condition) 26. 78 . P. Mr.Pawar 2014-15 Dr. Chaudhari Dec. M. N. Dec. G. V. Mr. Aware Performance evaluation of manually Mr. R. 2012-13 1. Mr. Pune Mahadeo 1 2. R.. Mr. M/s. Pune 3. Paradkar V. Mumbai Yr. Eicher Tractors. 3. Mr.G. Upkeep and maintenance of agricultural tools and machinery for mechanization Organized by Deptt. Ltd.S. Pednekar S. Eicher Tractors. Transmek Systems. Nagpur (M. Mr. Nashik 8. H. 2013-14 1. Shrikrupa Enterprises. Pachpinde Padmapani Eknath4 M/s. Mr. Pabal.S. Mr. Pune 12. Chaudhary S. Mr. Vigyan Ashram. Pune 6. Benson Agro Engineering. Nagpur Yr. Sahu C. Mhaskar D. Mr. Ltd. A. Ltd. Benson Agro Engineering. Pune 4. Kashid A. Lemken India Agro Equipment Pvt. Satpur. Mr. Shirur. MIDC. Popular Steel Work & Implement Pvt. Ltd. S. Ms. Mr. S. D. Mr. New Holland Fiat (India) Pvt. Dudam R. Dabholkar Navanesh Ravindra M/s. New Holland Fiat (India) Pvt. Pune 5. Vishwakarma R. Yr. Kolhapur 6. Benson Agro Engineering. Gaikawad M. M/s. K. M/s. M/s. Nashik 3. 79 . Buttibori. Pawar Prathamesh Manohar M/s. Madake Dnyaneshwar M/s. Chougule Shankar Mahadeo 2 M/s. M/s. K. K. N. Vengurlekar Karuna Laxman M/s. Lemken India Agro Equipment Pvt.) 5. Satpur. Pawase Pranav Pramod M/s. Mr. Ms. Ltd. Nagpur 7. Mr. Nashik 9. Benson Agro Engineering. Mahindra & Mahindra India Pvt. Ltd. Ambavkar Y. Mr. Mr. Sheth Dhruvil Haresh3 M/s. Patil N. Kharangate P.. Mr. The training programmes organized Title 1... Mr. Nashik 5 10.S. New Holland Tractors. M/s. 5. Mr.. Nashik 2. 4. M. N. Satpur. 6. Kolhapur 5. Malekar Arpan Ganesh M/s. Mr. Kadam R. Tal. 2014-15 1. Khedkar V. Nashik 11. Mr. Mr. Of Farm Machinery and Power. Pune -412 403 (M. 4. Pune 9. Gutte B. Kuveskar Sanket Sudhir M/s. Dist. Shrikrupa Enterprises. New Holland Tractors. 2.. Extension Activities: a. Benson Agro Engineering Company.) 7. Mr. Baramati (M. Eicher Tractors. Plot no. Kadam Rohan Rajendra M/s. Mr. N.) 3. A. Satpur. R. Kawade N. Lemken India Agro Equipment Pvt. Mr. Gaikar Pranit Kiran M/s. Mr. Kolhapur 4. D-59. Mr. Benson Agro Engineering Company. A/p. Ltd. 2009 2008 2008 2008 2008 2008 (3 days) (3 days) (3 days) (2 days) (3 days) (2 days) Participants (Nature of the 17 – F 17 – F 0–F 0–F 1–F 1–F 80 . 2009 (3 Days) Participants Govt. SMS of university. Dist. College of Agril. April. Dapoli. 2009 (6 Days) (3 Days) Participants Farmers Govt.. July.. Dist. & Tech. Dapoli.. Ratnagiri Date and duration 1st – 6th Jan2009 29-31 Jan. Value addition of Coconut Organized by Coconut Training and Processing Centre. scientists 04 persons Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature : (Trainers Training) Photograph Title 3. Coconut Processing Organized by Coconut Training and Processing Centre..04 persons Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature : (Trainers Training) Photograph Title 2.. April. DBSKKV. Officials. Dapoli. Ratnagiri Date and duration 02-04 March. Nov. Ratnagiri Date and duration 15-17 28-30 17-18 23-25 25-26 29-31 Jan. Officials. Dist. Sept. Engg. Govt. farmers. Dist. Dapoli. official. College of Agril. Coconut Processing Organized by Coconut Training and Processing Centre. official.. 4-5 Feb. of participants 17 17 3 4 5 5 Schedule of the training 9:00 to 12:00 hrs (in morning session) programme 14:00 to17:00 hrs (in afternoon session) Special feature : (Farmers Training) Photograph Title 4.. Nursery preparation and operation of transplanter Organized by Deptt.g. Ratnagiri Date and duration 23-25 June. 3–M 7–M 13 – M 8–M academician etc and) Total no. Of Farm Machinery & Power. of participants 17 17 15 14 81 . 2009 2009 2010 2010 ( 3 days) ( 3 days) ( 2 days) ( 2 days) Participants (Nature of the participation 0–F 0–F 2–F 6–F for e. Ratnagiri Date and duration 14st – 16th June 2009 (3 Days) Participants SMS of University and scientists Schedule of the training 9:00 to 12:00 hrs (in morning session) programme 14:00 to17:00 hrs (in afternoon session) Special feature : (Trainers Training) One photograph Title 5.participation for e. farmers. Engg. 8-9 March.g. Dapoli. Dist. academician etc and) Total no. 0–M 0–M 3–M 4–M 4–M 4–M Govt. 1-3 Sept. & Tech. Upkeep and maintenance of agricultural tools and machinery for mechanization Organized by Deptt. Of Farm Machinery and Power. 2011 Participants 25 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) 82 . DBSKKV. Engg. Lanja Date and duration 22-23 Feb. DBSKKV. 2010 Participants 8 Males 4 Females and 6 Males (8 participants) (10 participants) Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature : (Farmers Training) Photograph Title 8. DBSKKV. Dist. Dapoli. Of Farm Machinery and Power.Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Farmers Training) Title 6. & Tech. Nov. Dapoli. College of Agril. Ratnagiri at KVK. & Tech.. Ratnagiri Date and duration 30 July. Officials 07 persons Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Trainers Training) Title 7. Dist.. & Tech.. Ratnagiri Date and duration 22-23. Engg.2010 3-4. Coconut processing training Organized by Deptt. Dapoli. 2010 (3 Days) Participants Govt. College of Agril. College of Agril. Dec.1 st Aug. Dist. Use and safety of tools and implements for women’s in agriculture Organized by Deptt. Engg. Of Farm Machinery and Power. Karjat Date and duration 15-18 Mar.Power Tiller and Tractor Maintenance . Ratnagiri at RARS. College of Agril. Dist. Engg.Special feature : (Farmers Training) specially for women Photograph Title 9. DBSKKV. Of Farm Machinery and Power. Agricultural Equipment for rice threshing and harvesting machinery Organized by Deptt.. & Tech.11 Participants 6 females and 12 males (18 participants) Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature : (Farmers Training) 83 . Total 19 participants Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature : (Farmers Training) Photograph Title 10.Dapoli. 2011 Participants 01 female and 18 male.. Repairing and Management Organized by Deptt. Of Farm Machinery and Power. College of Agril.Dapoli. & Tech. Engg. DBSKKV. Dist. Ratnagiri Date and duration 3-6 Mar. 11 Participants 16 females and 25 males(Total 41 participants) Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature : (Farmers Training) Photograph Title 13. Engg. DBSKKV. Dist.. College of Agril. Dist. Ratnagiri at Horticultural Research station. College of Agril. DBSKKV. Vengurla Date and duration 29-30 Mar. Agricultural Equipment/Implements pumps Repair and Maintenance of pumps and sprayers Organized by Deptt.. & Tech. Of Farm Machinery and Power. Ratnagiri at ARS. Ratnagiri Date and duration 17. Engg.11 Participants 20 females and 80 males (100 participants) Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature : (Farmers Training) Title 12.Photograph Title 11. & Tech. Agricultural Equipment/Implements pumps Repair and Maintenance of pumps and sprayers Organized by Deptt. Dist. Dapoli. Dapoli. Palghar Date and duration 24-25 Mar. of Farm Machinery and Power..18th Nov. Dapoli. Coconut Processing Organized by Coconut Training and Processing Centre. 2011 84 . Dapoli Date and duration 24th March. official. Use of Cono Weeder Organized by All India Co-ordinated Research Project on Ergonomics and Safety in Agriculture.Participants (Nature of the participation 0–F for e. of participants 30 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Farmers Training) 85 . of participants 34 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Women farmers) Photograph Title 15. tools and equipments for Rice cultivation Organized by All India Co-ordinated Research Project on Ergonomics and Safety in Agriculture. of participants 8 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Farmers Training) Photograph Title 14. Dapoli Date and duration 12th Sept. Use of women friendly agril.. 8–M academician etc and) Total no. 2012 (1 Days) Participants Farmers Total no. 2012 (1 Days) Participants Farmers Total no. farmers. Govt.g. 2012 (1 Days) Participants Farmers Total no. DBSKKV.. Dapoli. of participants 41 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Farmers Training) 86 . Agril. Engg. Ratnagiri Date and duration 26th Feb. Assistants Total no. & Tech.Photograph Title 16. Dapoli Date and duration 9th Nov. tools and equipments Organized by Deptt. Coconut Climber Organized by All India Co-ordinated Research Project on Ergonomics and Safety in Agriculture. Dist. of Farm Machinery and Power. Utilization and use of agril. College of Agril. of participants 17 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Farmers Training) One photograph Title 17.. 2013 (1 Day) Participants Farmers.. Assistants Total no. Engg. Women friendly Agril. Dapoli. implements Organized by Krishi Vigyan Kendra. DBSKKV. & Tech. of Farm Machinery and Power. College of Agril.Photograph Title 18. Roha Date and duration 22/08/2013 Participants Farmers Total no. Ratnagiri Date and duration 19-20th March. Dist. 2013 (2 Days) Participants Farmers. of participants 69 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature Farmers training 87 . of participants 30 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature (Farmers Training) Photograph Title 19. Maintenance and Repair of Power Tiller and Tractor Organized by Deptt. Agril.. Lanja) Date and duration 02/09/2013 Participants Farmers Total no. Rajapur (In Co-ordination with KVK. Repair and maintenance of Agril. machinery Organized by Deptt. Women friendly Agril. Village Gollavali. CAET. of participants 75 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature Farmers training Photograph Title 21. of Farm Machinery & Power. Dapoli Date and duration 17/12/2013 to 20/12/2013 Participants Farmers Total no. of participants 04 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature Farmers training . implements Organized by At. Tal.Photograph Title 20. 2008 (2 Days) At Palipotal. 25 persons official. of participants 10 Schedule of the training programme 9:00 to 12:00 hrs (in morning session) 14:00 to17:00 hrs (in afternoon session) Special feature Farmers training Photograph b. Tal.Photograph Title 22. Participation in seminar/symposia/conference/workshop organized Title 1. Karjat Date and duration 22-23 October. of . Govt. Maintenance and operation of Power Tiller & Agricultural Machinery Organized by Village. Raigad Participants (Nature of the Govt. Assistants and farmers participation for e. Repair.g. Karjat. Agril. Officials. Dist.Sarang Date and duration 24 _ 26 th March 2015 Participants Farmers Total no. farmers. academician etc and no. Rice Mechanization Organized during Participated in Third meeting of Farmers’ Scientist Foreaum under Regional Agricultural Research Station. P. V. S. farmers. P. Officials. (i) Radio Talks delivered by the staff members of the Department/Section: S. August.Improved Equipments and technology for rice cultivation in Konkan region” Photograph Title 2. B. Pathak May 2010 Associate Professor 6 Preparation and Management of Mat type Er. BSKKV. V. S. of participants) Schedule of the training programme 10:00 to 11:00 hrs Key note speakers alongwith their topic Dr. of Maharashtra and Dr. participants) Schedule of the training programme 10:00 to 18:00 hrs Key note speakers alongwith their Dr. U. V. Pathak May 2010 Associate Professor 5 Need of Mechanisation in Rice Farming Er. Dapoli spoke on “Mechanization for rice cultivation” (11:30 – 12:00 hrs) c. Govt. Dapoli Participants (Nature of the participation Govt. Shahare spoke on “Need of Rice topic of speech Mechanization. Associate Dean. Pathak April 2010 Associate Professor 4 Coconut Processing Technology Er. V. Professors. Dapoli Date and duration 21st . V. College of of speech Agricultural Engineering and Technology. Pathak May 2010 nursery Associate Professor 7 Self propelled paddy transplanter Er. Scientists. Badhe. official. V. Balasaheb Sawant Konkan Krishi Vidyapeeth. T. S. S. Pathak May 2010 Associate Professor 90 . for e. Govt. of Agriculture. 2009 (One Day) At Dr.g. U. S. Topic Name of Scientist Date of broasting 1 Importance of Mechanization in Farming Dr. Farmers Melawa organized: Nil d. Assistants and Progressive Farmers academician etc and no. Shahare May 2010 Professor and Head 2 Rice Farming and Mechanization Er. Agricultural Research and Extension Workshop Organized Organized by Deptt. Swaminathan Hall. Agril. Dr. Gite June 2010 Associate Professor 3 Kalpavriksha Naral Er.N. S. Shahare July 2012 developed by DBSKKV Professor and Head 6 Machinery for horiciculture Er. Other extension activities: Demostrations : S. Nalawade 2009 Assistant Professor 2 Loranthus cutter for removal of parasite Er. S. Dhande 2010 plant on mango Associate Professor 3 Rice Mechanization Er. N.N. period Female Male 1 Demonstration of Farm Machinery & hydraulically operated fruit 11/05/2008 25 05 Power harvester 2 Demonstration of On field in Ladghar hydraulically operated fruit 12/05/2008 05 20 harvester 3. U. P. Farmer.. Pathak May 2013 arecanut Associate Professor 11 Tamilnadu University developed Coconut April 2013 Dr V. Topic Name of Scientist Date of broasting 1 Semiautomatic cashewnut sheller Er. Aware tree climber 12 Improved implements for rice crop Dr P.Shahare May 2015 (ii)TV Talks delivered by the staff members of the Department/Section: S. Topic Demonstration No. S. Kolhe 2011 Assistant Professor 5 Agricultural tools and equipment Dr. U. 8 Importance of Agricultural Mechanization Dr.scientist Forum: S. Shahare May 2012 Professor and Head 9 Agricultural Mechanization for Konkan Dr. Subject Date Total Place of Female Male Meet 1 Paddy harvesting with reaper 22/10/2008 Palipotal 0 25 23/10/2008 2 Paddy harvesting with reaper 23/10/2008 0 10 Mahad f.U. Pathak April 2010 Associate Professor 4 Tractor mounted hydraulic elevator Er. P. U. Shahare May 2013 region Professor and Head 10 Improved machineries for coconut and Er. K. M. Demonstration of Horticulture Field hydraulically operated fruit 13/05/2008 0 15 harvester 91 .N. V.A. P. Shirsat July 2015 mechanization 7 Machinery for rice crop mechanization Dr. S. V. G. V. of Trainees Place of Demonstration N. K. Shahare Aug 2015 Professor and Head e. P. U. P. harvester ratnagiri 22 Preparation of mat type Rice Research Station. Dapoli harvester 21. nursery for self propelled 15 June 2010 05 10 Karjat paddy harvester 92 . Coconut processing Coconut Training & 29. Tal. hydraulically operated fruit 04/01/2009 70 130 DBSKKV. Dapoli harvester 20. Demonstration of On farmers field hydraulically operated fruit 20/06/2008 0 50 (Milind Balkrushna harvester Bhuvad) 9. Dapoli 17.Guhagar 16. 21/07/2008 20 27 Roha 15. Demonstration of Technology Week . Preparation of mat type paddy Shiru. Dapoli harvester 19. Demonstration of On Farmers field at hydraulically operated fruit 30/06/2008 0 10 Gimhavne harvester 11. Preparation of mat type paddy Department of 18/06/2008 06 09 nursery Agriculture. harvester 12 Automatic Rice Transplanter Regional Rice Research 14/07/2008 8 25 Center. Automatic Rice Transplanter Department of 25/07/2008 12 23 Agriculture. Karjat 13. Guhagar 05/06/2008 15 05 nursery 7. Dapoli harvester 18 Demonstration of Technology Week . 9 Dapoli 22. Demonstration of Regional coconut hydraulically operated fruit 04/03/2009 0 25 research center. Palghar 14.31/01/200 0 04 Processing Center. hydraulically operated fruit 05/01/2009 150 50 DBSKKV. Automatic Rice Transplanter 21/07/2008 30 05 Shiru. Demonstration of Technology Week . Demonstration of Farm Machinery & hydraulically operated fruit 05/07/2008 0 25 Power deptt. Dapoli 8. Bhatye. hydraulically operated fruit 02/01/2009 40 10 DBSKKV. Demonstration of Technology Week . 21/05/2008 5 25 Roha 6.4 Demonstration of Farm Machinery & hydraulically operated fruit 15/05/2008 40 25 Power harvester 5 Paddy harvester Krishi Vigyan Kendra. Demonstration of On Farmers field at hydraulically operated fruit 25/06/2008 0 10 Wakavli harvester 10. Automatic Rice Transplanter Krishi Vigyan Kendra. hydraulically operated fruit 03/01/2009 100 400 DBSKKV. Automatic Rice Transplanter Agricultural Research 18/07/2008 7 43 Center.30. Surekha Ghangurde transplanter 18/07/2012 25 29 At.24 Demonstration of self Rice Research Station.Raigad 42 Demonstration of rice Mr. Dist. Umbarle. Vengurla 29 Mach 2011 16 09 Climber 36 Demonstration on puddling Mrs. Surekha Ghangurde operation by using power 16/06/2012 05 13 At. Karjat. Dapoli 0 3 Operated Arecanut Dehuskar 28 Demonstration of Hand 19-Jan. Dist. Suryakant Naramu transplanter Thakur.Ratnagiri 37 Demonstration of rice Mrs.2011 0 10 Station. Tivare. 2010 Kolthare. Vengurla 16 09 Operated Arecanut Dehuskar 31 Demonstration of Coconut Research hydraulically operated fruit 24. Bhatey harvester 34 Demonstration of Coconut Research hydraulically operated fruit 5-Feb. Tal-Karjat. Devdhare 31/07/2012 16 50 transplanter Pachavli. Lanja 22-Feb. Tal- tiller Dapoli. 5 July 2010 20 05 propelled paddy transplanter Karjat 25 Demonstration of self Kadav Village. and Green cashew cutter Dist-Ratnagiri 41 Demonstration of rice University Field transplanter 12/07/2012 08 14 Karjat. Tal-Lanja. Bhatey harvester 35 Demonstration of Coconut KVK. transplanter 26/07/2012 7 25 Lanja.2011 45 20 Station. Bhatey harvester 33 Demonstration of Coconut Research hydraulically operated fruit 30-Jan. 13/07/2012 10 18 Tal. 2011 Palghar.- Raigad 93 . Tal-Lanja. 2011 Shrivardhan. Bhatey harvester 32 Demonstration of Coconut Research hydraulically operated fruit 26-Jan.2011 25 0 Climber 41 Demonstration of Coconut RHRS.. Thane 03 15 Operated Arecanut Dehuskar 30 Demonstration of Hand 29 March 2011 RHRS. Arecanut Scarifier 11/02/2013 10 30 Lanja. At. Karjat 6-7 July 2010 08 07 propelled paddy transplanter 26 Demonstration of self Talsure . Umbarle.Dec.Jan. 2011 12 13 Station. Tal-Dapoli 39 Demonstration of rice Krishi Tantra Vidyalaya. Raigad 0 35 Operated Arecanut Dehuskar 29 Demonstration of Hand 25-Jan. Tal- Dapoli. Dist.2011 4 07 Station. Dehusker. Dist.Ratnagiri 38 Demonstration of rice Mr. Dist-Ratnagiri 40 Demonstration of Arecanut Krishi Tantra Vidyalaya. Dapoli 6 Aug 2010 70 41 propelled paddy transplanter 27 Demonstration of Hand 18. Umbarle. Tal- 28/02/2014 10 105 climber Alibag. Raigad 54 Demonstration of rice 11/07/2012 and At. 15 DBSKKV. Village Ladghar. of Horticulture. Dist- Ratnagiri 48 Demonstration of rice At. Village Bhoirwadi. Dist. Village Kundalaj 13/06/2013 02 07 nursery preparation Tal-Karjat. 05 climber DBSKKV. Dist- Ratnagiri 49 Demonstration of rice At. Karjat.Thane 47 Demonstration on Mat type At. 19/01/2013 Dist. Dapoli 61 Demonstration of coconut 28/01/2014 . 13/07/2013 12 20 transplanter Dist. 09/12/2013 . Raigad 55 Demonstration of 09/08/2013 At.Raigad 45 Demonstration of rice At. climber.ratnagiri 44 Demonstration of Arecanut Arecanut Research 18/01/2013 & Dehusker. Dist. Dapoli machinery 57 Demonstration of coconut Deptt. Village Bhoirwadi. Ergonomically Evaluated 04 04 Tal-Dapoli. Karjat 51 Demonstration on Mat type At. of Agronomy. Dist. 12 climber DBSKKV. Dapoli 58 Demonstration of coconut Central Workshop. Surekha Ghangurde of mat type nursery 2012 At. 07 13 Dist. Raigad 94 . of Horticulture. Arecanut scarifier & 24/02/2014 . Dapoli Arecanut dehusker 63 Demonstration of coconut At. of Agronomy. 34 41 transplanter 07/07/2013 Karjat. tal-Dapoli. Sapele. Ergonomically Evaluated 07/09/2013 06 04 DBSKKV.Shrivardhan. nursery preparation 07/06/2013 10 22 Tal-Dapoli. 21/07/2013 08 22 transplanter Tal-Dapoli 50 Demonstration on Mat type Regional Rice Research 10/05/2013 03 07 nursery preparation Station. Dist. Village Jamage.. Dapoli 60 Demonstration of coconut Deptt. machinery Ratnagiri 56 Demonstration of Deptt. Village Jamage. transplanter 04/07/2013 52 48 Tal-Dapoli. Village Kundalaj 03 07 transplanter 12/07/2012 Tal-Karjat. Dapoli 59 Demonstration of rice Deptt. 10 climber 62 Demonstration of coconut Deptt. Village Cheool. Raigad 53 Demonstration of rice 04/07/2012 to At. 06 transplanter DBSKKV... 19/12/2013 08 45 climber DBSKKV. Mrs. Dist. 09/04/2013 . Village Ladghar.43 Demonstration on preparation 28 June.Raigad 46 Demonstration of rice ASPEE Farm 10/08/2012 14 11 transplanter At. 13/12/2013 . nursery preparation 12/06/2013 06 05 Tal – Karjat. Raigad 52 Demonstration on Mat type At. Dist. of Horticulture. Met. Dist. Arecanut Scarifier 45 55 Centre. Planning organized at FMP DBSKKV. 13/12/2013 02 06 friendly equipments DBSKKV. Chiplun 12/01/2015 Farmers Training at Dr. P.Ladghar mechanical transplanter 71 TNAU Coconut tree climber 17/04/2014 Nil 06 Dapoli 72 TNAU Coconut tree climber 04/02/2015 17 03 Dapoli 73 TNAU Coconut tree climber 27/03/2015 Nil 50 Shrivardhan 74 Hand operated arecanut 27/03/2015 Nil 50 Shrivardhan dehusker 75 Power operated arecanut 27/03/2015 Nil 50 Shrivardhan dehusker 76 Arecanut scarifier 27/03/2015 Nil 50 Shrivardhan 77 Pedal operated arecanut 27/03/2015 Nil 50 Shrivardhan dehusker 78 Paddy thresher 18/04/2014 09 02 Dapoli 79 Pedal operated arecanut 23/02/2015 08 Nil Kolthare dehusker b. Arecanut scarifier & 21/02/2014 .Ladghar mechanical rice transplanter 69 Demonstration of 2-row 24/07/2014 10 05 Village. Chiplun c. of Horticulture. Subject Sci entist Date Venue No. Dapoli Arecanut dehusker 67 Demonstration of 8-row 15/07/2014 20 10 Village. Arecanut scarifier & 25/02/2014 . Programme organized by 2/ Maintenance on Professor & Head.Ladghar manual rice transplanter 70 Demonstration of 8-row rice 08/07/2014 04 07 Village. P. Agril. of Agronomy. Machines organized by Agril. Dapoli 3. Dapoli 66 Demonstration of coconut Central Workshop. Power Tiller FMP Chiplun at Margtamhane.64 Demonstration of coconut Deptt. Course 95 . Shahare. FMP SDO. 28/08/2014 one day workshop on Crop 1. Mechanization Professor & Head. Special Lectures Sr. Dapoli 11/01/2015 Farmers Training Repair and Dr. Dr. Utility of Agril. 15 DBSKKV. Shahare. Deptt. U. U. Taluka Krishi Adhikari.. climber.Jamge mechanical rice transplanter 68 Demonstration of 8-row 24/07/2014 10 05 Village. Tal. Professor & Head. climber. 06 DBSKKV. Shahare. Participated in Refresher courses. training programmes Sr. Title of Refresher Scientist Duration Venue No. U. P. Velneshwar. Dapoli Arecanut dehusker 65 Demonstration of woman Deptt. Anthropometric and strength data CIAE. P. U. Technology week. Machinery Design and 3/12/2007- manufacturing Dr. Dhande Dr BSKKV Dapoli Newspapers (daily/Weekly/ Monthly) Sr.kaf=d Hkkr yko. Vaishali Publishers. workers for farm eauipment design Booklet/bulletin Sr. Publications: Books No. Solapur Zonal Agricultural 1. Pathak. technology of Agril. FMP 96 . Subject Daily/weekly/ Name and Name of Scientist with No. January.N. in dryland Professor & Head. Pitam 2007 glossary Pura. 2009 1. ekfgrh iqfLrdk Er. ISBN NO. Professor & Head. 2002 Question Bank Near S. Shahare. Professor & Head. Shahare. S. Agricultural FMP Bhopal. Sand. New Delhi ISBN NO: 818942258-8 4. Shahare. date designation 1. Subject of article Date Scientists Publisher No. Shahare. G. Ladies Club. Osmanabad 24-29 May 2010 3. Udaipur Machinery with FMP CAD software d. vkrk Hkkr yko.kaf=d in/krhus Professor and Head. 23/12/2007 3.: 8183600476 3 Farm Machinery and Power: New India Publishing Agency. P. . MPUAT. K.kh Lokmat daily dated 29/07/2008 Dr.U. Dapoli 2015 g. CTAE. P. Bhopal 2009 of Agril. Central Institute of testing of 6/07/2004 2.kh Er. Recent adv landances Dr. Place Period 1. Agriculture FMP Solapur Instrumentation and 16/06/2004- Dr. V. 1/12/1998 Research Station (MPKV). Khed 2 Agricultural Engineering Jain Brothers 2002 Question Bank (New Delhi).T. Organized / Participated agricultural exhibitions S. 2/11/1998. P. State level Farmer Award 3-6 January 2013 4. Dapoli 1 st Jan-6th Jan 2009 2 Agricultural Exhibition. U. Name of Book Publisher Year 1 Agricultural Engineering Shri Baba Patne. Agricultural Engineering. Joint Agresco Meeting held at DBSKKV. . U. a=kus Hkkr Dr. 3 dksd.ksxh VWªDVjpfyr QG Dr.] nkiksyh ¼vf[ky Hkkjrh.T. 6 votkjs Agrowan 20/03/2014 Dr.kh Agrowan 02/02/2014 Er.U.Mahale dksd.kaf=dh in/krhus >kMkojph Dr.k va[kaM isa<. Shahare & 3. yko. Dapoli.a=]s Dr. V. Dr P. V. Shahare.Dhande.k Hkkr Dr.ks ghp dkGkph 2009 xjt- eG. P.a=s o ’kDrh foHkkx] d`f”k vfHk..kps Nov. V. P. V. FMP.kh dj.a= Agrowan 21/01/2014 Er. Dhande Folders : 02 1.oLFkkiu 97 . Subject of article Date Scientists Publisher No. Shahare. Asso.a=kus djk lqikjh lksy.P Kolhe. P. . P.Badhe Hkkr eG.d`f"k vkStkjs o lk/kus ¼foLrkj ifji=d½&d`f”k ra=Kku vkf. The Biennial VII Workshop of AICRP on Ergonomics and Safety in Agriculture was organized during 9-11th October 2014 at College of Agricultural Engineering and Technology. U. 1 Badhe PaxikTarun Kissan dki. Training manuals of the training programme organized: Nil Popular Articles Published: Sr.Z{ke o lqjf{kr okij 2014 HkkrkP. U. Aware & Er.U.a=kpk vf/kd 15-30 Oct. Pathak cgw mi. 1-14 Aug.apfyr .kh Agrovan.T. 1-14 K. Shahare. U.klkBh Dr P. D. Pathak Dr.k ra=Kku egkfo|ky..k >kMkoj p<.kh . U. The Biennial Workshop of AICRP on Ergonomics and Safety in Agriculture was organized during 6-8th January 2010 at College of Agricultural Engineering and Technology. d`f"k vkStkjs ikdZ Lokmat daily dated 12/11/2008 Dr.U.Shahare 2 PaxikTarun Kissan dk.U.kh .Shahare 1-14 4 ykxoMhdjhrk djko.Shahare. Shahare.2. S. P.kaf=d in/krhP. M. Aware. lefUo. Dapoli. P. Professor. S.kh@Qokj. V. 10-08-2012 Er.kaf=d vkf. U.k ekfgrh dsan]z MkW- cklkdksd`fo] nkiksyh 2.a=- .qDr . V.kh .kps lk/ku] lu 2012] d`f”k . Professor and Head. 2. K. 4 .k d`f"k fo|kihBkps Nov. Prof.G.2009 PaxikTarun Kissan O.kklkBh mi. G. Lo. V.kh o K. P.hr la’kks/ku izdYi o ’ksrhrhy lqjf{krrk½ Souvenir/Proceedings of Seminar/ Symposia/ Conference/ Workshop organized: 1. QGs rksM. Shahare & 5 dk<.ukjGkP.2009 PaxikTarun Kissan V. V. Deshmukh.P. 8. U. 9.National Conference on Emerging Technology Trends in Agricultural Engg. July 2014: 28-32 10. Kharangate P. Mohod and K.Ergonomical study and refinement of work practices and health hazards of men and women in cashew processing industries. Aware ukjGkP..U. Pathak Shirgaon 10 Hkkr’ksrhlkBh vk/kqfud vkStkjs Sept. V. 1007/5. 2013 Dr. Issue III. Gaikawad. V. 7-9.P.G.U. 2014. P. U. 116-120.V. 40030-015-0112-4 8.a= dksd. Shirsat N. Physico- Aerodynamic properties of dried arecanut fruit and kernel influencting kernel and husk operation.V.U. A. V. 6 (2) 2015:407-411 6.Shahare 15-30 5 {kersdjhrk bZ. Pathak and V. Aware. U. Kadam. V.The Design of Centrifugal Blower for Air Assisted Sprayer for Orchard Pesticide application. 33(1) 61-65.Vol. April. Development and ergonomic evaluation of pedal operated cashewnut desheller. Development and performance evaluation of four row self propelled paddy transplanter. Aware V.Green Farming.G.S.U. (ISSN: 0974-2662) Vol. Shahare. P. Shahare. Birwatkar. 2014 Research Center .G. and Shahare P. N. Er.. R. U.Asian Resonance.S. Patil A. Powar. Shirsat.jgsM izdkjps Nov. S. S. and Dhande K. S.G.Estimation.S. Dhande. Shahare 8 March 2014 Dr. Shirsat. (ISSN: 0972-1584) 2015. S.V. Dhande. 2015 pp. Shirsat and P.Journal of the Institution of Engineers (India).k Jan.Series A. P.U.kaf=dhdj. 2. B.. Shahare and V. V. Nirjuli (Arunachal Pradesh) during Nov.k mPp mxo. 4.M.A. P. Aware. Ravi Mathur and A.k Dr P.2(3). V. 2015 pp.kkaP. Kadam. 5.kph Dr.G. 8. Khandetod..R.Development of Bullock drawn dry paddy seed cum fertilizer drill.International Journal of Science and Applied Research.V.G. Shahare 9 Hkkr 'ksrhlkBh .B. P. Journal of the Indian Society of Coastal Agricultural Research.k d`f"k fo|kihBkph Shetkari masik 6 March 2015 Dr. Development of power operated coconut dehusker. 2015:14-21 7. Ravi Mathur and A. April. (ISSN: 0972- 1584) 2015.ISBN:978-93-83842-79-7 98 . Vol. Y. P.ka. Journal of the Indian Society of Coastal Agricultural Research.. V.V. Dhande.A. Shirsat Smaranika. Mathur. S.Vol. 2014/2 (4):55- 62. N. Shetkari masik 7 VWªDVjph fuxk March 2015 Dr.G. P.Air and Spray volume requirement of mango tree for air carrier pesticide application. Vol. (ISSN: 0974-2662) Vol. K.Air Assisted Sprayer for Improved Spray Penetration in Greenhouse Floriculture crops. N.G. K.Physical and thermal properties of Biomass Briquetted fuel. DOI 10. fc. V. K. III. N. Issue 1. Wandkar.k >kMkoj p<.kh . P. Shahare votkjs Dr. V. Aware. V.R. Patil. International Journal of Agricultural Engineering. P. Shahare Shetkari masik Journal Research papers (105) 1.International Journal of Scientific research and Technology. Shahare. P.U.2009 PaxikTarun Kissan eG. Issue 1. Aware.B. P. U.A. 33(1) 52-55. held at NERIST. Gholap. Shahare. Aware& Shetkari masik lksih lk/kus Er. Dhande. Powar. 9-14 3. Jadhav and B. International Journal of Agricultural Engineering.A.V. A. Agricultural Dr. 23. and Mankar S. Agricultural Engineering Today. 2012 Agricultural Mechanization in Konkan region of Maharashtra State. Shahare P. Process Optimization in joining Aluminum Alloy 6061 using TIG Arc Welding Process.179-186.U. P. Mechanization in Agriculture: Need of the hour. Gharte. Shahare P.A.V. Agricultural Mechanization Enhancement in Kokan Rigion of Maharashtra. U. Development of Tractor Mounted Sleeve Boom Sprayer for Cotton. Powar A. Raipur. J.M. Shahare P. Shahare.. V. Shahare P. 2011. 12. 2011. 251-257. Journal of Soils and Crop. S. 41(2): 48-54 99 .U. College of Agriculture. Pathak. Thakre .P.89-93 20. Kolhapur (MPKV Rahuri). A. Shahare P. M. U. . Performance evaluation of semi automatic two row rice transplanter. Shirsat N.U. Dhakane A. Shahare P.V. Shahare P.S. Nirjuli (Arunachal Pradesh) during Nov. 2011 Testing and Performance Evaluation of Tractor Mounted Hydraulic Elevator for Mango Orchard. K. 2012 Agricultural Mechanization in Konkan region of Maharashtra State. K.A. AMA. Aware V.Jadhao. Engg. 2011 Process Parameters Optimization of an Aluminium Alloy with Pulsed Gas Tungsten Arc Welding (GTAW) using gas mixtures Journal of Materials Sciences and Applications(2). Shahare P. T. K P Kolhe.U.U.V. Pawan Kumar.A.National Conference on Emerging Technology Trends in Agricultural Engg. Dave. 2010. ISSN 0970-2962 36(2):5-8 15. Regional workshop on Farm Machineries and Processing.ISBN:978-93-83842-79-7. 03-04. Green Farrming . P.. Kolhe K.G. Y.. 2011.380-389.. Bhat 2011. Institute of Engineers.. 13.Powar .U..A. C.Development and performance evaluation of self propelled reaper for harvesting paddy. Povankumar. K.Wade. Agricultural Engineering Today. S J Morey and C K Datta. L. 22. 2011. Raipur.Patil and V. Indira Gandhi Krishi Vishwavidyalaya.P. Kolhe K P and Jadhav B B.G. Mathur . Engineering Interventions in Agriculture.. 2011.11. Agric. Development and performance evaluation of mist blower with air sleeve boom attachment. U.Tractor Mounted Turmeric Digger .. J.Dhande.U. 7-9.G. and Kadam V.Energy requirement for Paddy production in seleted Districts of Konkan region of Maharashtra.H.3-7 24.. Feb 6-7. Shahare P. 2013:16-24. Spraying Technology for Horticultural Crops. Int. Agriculture Research and Technology (MAU).20(2) pp 261-268.Dhande. Kolhe K.181-191 18. Shantakumar. National Seminar on Agricultural Enginnering: The way to improve rural economy held at IGKV Raipur during Jan.. 26. 4(3) Pp. Bhatt..N. 2014. Rane. and C K Datta.1(6). 4(1): 103-105 16. 2010 25.. Engineering Intervention in Agriculture.R.D. S.Tekade and G.Kadam. 21. 2011 Stability and Ergonomic Design Features of Tractor Mounted Hydraulic Elevator American Journal of Engineering and applied sciences. American Journal of Engineering and applied sciences.Efforts Towards Mechanical Harvesting of Spice Crop.2010. Performance of different types of sprayers for application of pesticidesin mango orchards. 2013. ISSN 0970-2962 36(2):5-8 14. held at NERIST. 91(1) Pp.G. Turbatmath S. S. Indira Gandhi Krishi Vishwavidyalaya. H. P.. Souvenier.G.B.V.M. 2011.S.K. 36(1):97-102 17. 4(1) Pp. Souvenir: 29-34 19.pp 615- 617.Deshbratar.A. 27(1): 34-37. Dhande.. Thakre S.. 34 No.U. Sanchawat. 2010. 2010. Shetye 2010 Anthropometric studies on agricultural workers of Konkan region of Maharashtra. V. 35. Coastal Agric Res. 1 (2). Kolhe K. . Journal of Indian Society of Coastal Agricultural Research. Aware and A. Dhande. 15-19. 2(2): 333-337 38. 39.P.27. Journal of PDKV. Pawankumar Kishor P Kolhe. Pawankumar Kishor P Kolhe. Kolhe K. 2009. 32. Shahare. Testing and Performance evaluation of tractor Mounted Hydraulic for Mango Harvesting International journal of Agricultural Engineering. Pp 186-190 100 . . A. AMA. Welding science the need of farmers for repair of farm tools. V.A. A Mechanized tool for Mango and Coconut Harvest. Shinde A. 275-278. International Journal of Agricultural Engineering. Int. V.41(3):21-29 28. Akola. Effects submerged arc welding of heat input on grain details of multipass submerged International journal of Agricultural Engineering. Kolhe K. 1 (2). Mathematical modeling of anthropometric data of agricultural workers. International Journal of manufacturing Technology and Industrial Engineering1(1) June Pp.P. Pavankumar Kolhe K. 1.P. Vol. 2009. Variable cost analysis of different agricultural tractors . S. 2010 Mechanized harvesting device. Pp 172-174 43. 29. 31. Som Ashuoesh and Datta C. 42 (4) Pp 26-33) 42. 2010. International Journal of Engineering and Technology in India. 2009. Datta. 2009. Kolhe K. Agril. LIII(3). U.G. 2 (2). K. Pp 34-37 41. 2010.P. P. International Journal of Agricultural Engineering ISSN:0974-2662. 2010. 36. Soc. Aware.U. Ind. Indian coconut journal. 3 (2) Pp 209- 213 30. Kolhe K P. pruning and spraying of horticultural fruit trees” International Journal of Agricultural Engg. M. K. V.P. Kishor P Kolhe. Aware. Pp. Design and development of tractor mounted hydraulic lifter for harvesting.H. Engg. Badhe. 2009..V.A case study. 2009. M.B.a need of Coconut growers in India. Shahare P. C. Powar and V.G. A. 2010 Six sigma strategy for world class quality. U. 3(1) Pp 115-120.. K. Verma and V. Datta. T. R. Welding of Aluminum Alloy 6061 BY TAGUCHI METHOD. Vol. K. 2009. H.G. Development and testing of tree climbing and harvesting device for mango and coconut trees. 34. Mathur . Datta2010 Optimization of weld bead geometry for pulsed GTA. 3(2) Pp.G. and Dharaskar R. P. Kolhe. 15-19 40. Shahare. Indian Welding Journal. Pawankumar and C. Powar. and C. 2009. K.39-44 33.B. Bhatt. LII (3) Pp. Badhe.P.61-67.P. Chavan A. Pp. Field evaluation of three outlet type air assisted sprayer.T. A mechanized tool foe mango and coconut harvesting. Kolhe K. Pp: 9- 13. Optimization of bead geometry of pulsed GTAW process for Aluminum alloy 7039 using Ar+ He gas mixtures. J. Shahare and V.. K. Indian coconut journal. Mankar S. 27 (1). and C. 37. J. Y. P. Performance Evaluation of Tractor Mounted Sleeve Boom Sprayer For Cotton. pp 52-64. K. Study of effect of pulse process parameters on GTAW process on AA aluminum alloy 7039 International Journal of Engineering and technology in India. K. V. Khedkar V.International Journal of Agricultural Engineering.J and Kolhe K. 97-102. 2 (2). P. Vol. Electronics based equipment and machineries in the field of agricultural engineering. 1( 2). Pp 89-94. 3. Shahare. Agril. 58. Effects of heat input on grain details of multipass submerged arc weld Joint. International Journal of Agricultural Sciences. International Journal of Agricultural Engineering 2 (2). 3 No.M.Evaluation of pesticide application spray nozzle for wear rate. Kadam. Vol.Pestology. P. 319-321. G.G. and C K Datta. Thokal and . 08.3. V.K. 55. A.V. Ingale and R. M. Kolhe P.. 101 . Kadam. Povankumar.G. 4(1-2) pp 78-82. Page No. Sciences 4(2):457-462. Pp 202-206 45. V. 19 (1. 53.Ballal. Powar and V. P. G. 2009. 3. Kolhe K.XXXII No. 2008. P.G. Datta. No. Aware. 2009. International Journal of Life science Bioved Research Society 2 (2).Dhande and L.44. D.1. J.2008 51. Journal of Maharashtra Agricultural Universities. Development and performance evaluation of tractor operated Shredder. Journal of Maharashtra Agricultural Universities Vol.1 pp: 88- 94. Manjarekar. Povankumar. V.Tekade.P.G. R. Kolhe K. Ag. Effect of Irrigation Scheduling and Fertigation Levels on Growth and Yield of Watermelon (Citrullus Lanatus Thunb).Gharte. T. and Gajakos A. No. Povankumar. No. and Dharaskar R.Pathak. 49. Optimizing pulsed GTAW process parameters for bead geometry of titanium alloy using Taguchi method International Journal of Asian Science.Powar and K.G.4 No.V.Dhande and A. pp 409-411. M.G. Int.V. Kadam. 50. Kolhe K. 2008.Pathak. 54.2008.1 and 2 Pp: 167-170. 47.V.P. Agriculture update (ISSN:0973-1520) Vol. Pp 212-216 46. M. P. 2009. Aware 2008.: N.S. Nalawade.V. Page No.Bondre .International Journal of Asian Science. Powar. M.P. A. Powar and V. Development of power operated dehusker . Mathur.Powar and K.P. K.2). S. A. A. and Dharaskar R. G. Vol. K. 4 No. 2009. Aware V.M. Development of mathematical model for identifying bead geometry of arc welding for fabrication of farm machines. A. International Journal of New Agriculturist Vol.Development and performance evaluation of tractor operated shredder for horticultural pruned branches and harvested grasses. Aware Efficient and safe design of farm equipment using anthropometric and strength data of agricultural workers. M.2) 08.. 4(1-2) Pp 19-25. 57.. Process Optimization in joining Aluminum Alloy 7039 using TIG Arc Welding Process. Aware S. S. 2009. Kolhe K P.2009. Effect of blade profile and stagger angle as system parameters on blower performance for tractor mounted sleeve boom sprayer for cotton.Dhande.G. Ingle. S. U. 34. 314-318 48. In press. G. A. Agriculture update ISSN:0973-152. 34.2008 52. International Journal BIOVED. Manjarekar. Gajakos. M. S. S.Vol.Vol. S. Air velocity. 56. U.V. Vol. R. Prediction of Reference Evapotranspiration for Konkan Region of Maharashtra. 2008. and C.V. No.: Bioved – 19 (1. U. V.G. droplet size and droplet density distribution of air carrier sprayer for mango orchard. Deshmukh. Performance Evaluation of tractor mounted tall tree air carrier sprayer spraying on Mango. International Journal of Agricultural Sciences.International Journal of Agricultural Engineering.A.Dhande2008. 1 & 2 pp: 123-126. Design. pp296-299.P and Datta C.A. and Powar A. Agriculture Update Vol.3 No.V. 2008. Indigenous development of seed counter. 2008. Aware. Economics of threshing of pigeon pea crop. S. Agri.3 No.Shirsat. Agriculture Update Vol.G. Agriculture update. Economics of threshing of pigeon pea crop.1 & 2 pp: 51-60.Pathak and B.V. Lende. Proceedings of Mechanized cultivation of sugarcane and safety-quality management in sugarcane industry. Vol No :XXI No:3 (July- September2007) Pp:13-19 71.YAdav. Banglore.V. Aware. Nalawade and A. M. Shaikh S.. V. 69. Indigenous development of seed counter. development and evaluation of a power operated maize sheller (Spiked Disc Type). Performance evaluation of combine harvester and combination of self propelled vertical conveyor reaper with thresher for wheat harvesting. Division . N.M and Patil R. 2008. Agriculture Update Vol. Determination of Physical and Mechanical properties of cashewnu. 6-12 72. N. 10-11 March 2007. V. S. ISSN:0973-152.Shirsat and S. 89 Pp 18-26 66.S. S. V. 2007 Effect of speed as a system parameter on performance evaluation of blower of sleeve boom sprayer.V. Pachpute P. Y.G.YAdav. S. Maharashtra Agricultural Universities. Agriculture Update Vol. Aware. J. J.Pawar. Nalawade. Modification and Testing of high capacity pigeonpea (Cajanus cajan) thresher.G. V. Powar. Shahare . Nalawade.Pathak. Kadu.P. 2008. B. 19(1- 2) Pp 54-59.A. V. V. Pathak. V. The Cashew. 68. and A.Pathak. U.3 No. N. 2008.M. Kolhe K. 2007.Shirsat.Shirsat and S. 61. A.A. MM issue. 2008.G. Development of low HP tractor drawn earthing up cum fertilizer applicator suitable for wide row sugarcane crop.1 & 2 pp: 148-152. Agriculture Update Vol. Vol.A.September2007) pp:.1 & 2 pp: 123-126. Mane D.Pathak.P.Prasad and S.V.3 No.M. 73. 67.1 & 2 pp: 51-60. C. Aware. 2008. N.59. S.Pathak and B. International Journal of Agricultural Sciences. Pathak S. V. S. Development of proximity distance sensor based electronic metering mechanism for three rows planter.V. C. 2008.Pathak.V. 63. Agriculture Update Vol. 2008. Gajakos. 33(1). L.Shirsat. 2008. Performance evaluation of combine harvester and combination of self propelled vertical conveyor reaper with thresher for wheat harvesting.M.1 pp: 215-219 60.Shirsat. P.V. S. Indigenous haulage vehicle an economical tool for Ruler Farmers.K.V.A. U. 62.A. Institution of engineers. 65. 054-058. S. International Journal of Life science Bioved Research Society. N. Shahare. J.Pawar. Kolhe K. 2007. M. Pathak. N. 2008. Design and development of hand operated cashewnut sheller. Mathur. A.Prasad and S. Bioved pp: 149-152 64. 74. Institute of Engineers (India) journal. N. Study of microstructure and mechanical properties of multi-pass submerged arc welding.A..Shirsat and S. N. Engg. Vol No:XXI No:3 (July. N. V. Bioved pp: 149-152 70.1 & 2 pp: 148-152.Shirsat and S. The Cashew.A.S. Modification and Testing of high capacity pigeonpea (Cajanus cajan) thresher.3 No. V.V.114-126 102 .Pathak. 2007. Gharte J. Powar.3 No.4 No.G. 75. S.V.Pathak, N.A.Shirsat, A.V.Gajakos, S.M.Nalawade and K.G.Gharde. 2007. Bioved pp: 99-106. 76. K.P.Kolhe, S.V.Pathak and A.G.Powar. 2007. Indigenous haulage vehicle- an effective tool for rural farmer Bioved pp: 121-126. 77. S.V.Pathak, N.A.Shirsat, A.V.Gajakos, S.M.Nalawade and K.G.Gharde. 2007. Bioved pp: 99-106. 78. D. Chaoudhuri, S.K.Mathankar, V.V.Singh, N.A.Shirsat and U.C.Dubey. (2007). Performance Evaluation of Laser Guided Land Leveller in Vertisols of Central India. Journal of Agricultural Engineer, Vol. 44(2), Pp: 1-7. 79. Kolhe K.P and Datta C.K. 2007. Prediction of Microstructure and Mechanical Properties of Multipass SAW. Journal of Material Processing Technology, 197(1-3), Pp.241-249 80. J. N. Shaikh , Gharte L.V. , S. V. Rane, V. M. Kadu, P. U. Shahare, A.B. Lende 2007. effect of different tillage practices on quality and production of kharif potato in Pune district. J. Maharashtra Agricultural Universities. 33(1) 81. Shahare, P.U. and S.S. Aralekar. 2007. Biodiesel production for better tomorrow Agrobios Vol. V (8): 15-17. 82. Shahare, P.U. and S. M. Mathur. 2006. Effect of blower rotational frequency on performance of an air assisted tractor mounted sleeve boom sprayer : Short note. Indian J. of Agricultural Science Vol.76 (9): 570-72. 83. Kadu, V. M., S. V. Rane, J. N. Shaikh, P. U. Shahare, L. V. Gharte, S. K. Patil. 2006. Potato Planter- A boon to brown revolution. Agrobios Vol. IV(8): 34-36. 84. Powar A. G., V.V. Aware, S.K. Jain and A. P. Jaiswal, 2006. Field performance evaluation of power tiller operated air assisted spraying system. Agricultural Mechanization in Asia, Africa and Latin America (ISSN: 0084-5851) Vol. 37, No.1, pp 46-50. 85. S. K. Jain, K.G. Dhande, V. V. Aware and A. P. Jaiswal. 2006, Effect of cone angle on droplet spectrum of hollow cone hydraulic nozzles. Agricultural Mechanization in Asia, Africa and Latin America (ISSN: 0084-5851) Vol. 37, No.1. pp 51-53. 86. A.G. Powar, V. V. Aware, and R.G. Kadam, 2006, Information technology in Indian agricultural- an overview. Afro- Asian Journal of rural development (ISSN: 0972-3021) Vol. XXXIX, No.1. Pp 79-86.) 87. Mohod A.G., Manjarekar R. G. and Tambe S.J. 2006. Scope and Preservation Techniques for Processed Fish Products. Beverage & Food World, Indian Processed Food Industry Journal. Vol. 33; No. 10; Page No.76-78 & 80. 88. RNS Yadav, SD Kamate and NA Shirsat. (2005). Mechanical devices for manure and fertilizer application in sugarcane. STAI CURRENT SCENE, July-Sept, 2005 Vol-8, Issue- III, Pp: 7-13. 89. Kadu, V. M., S. V. Rane, P. U. Shahare ,J. N. Shaikh, S. K. Patil L. V. Gharte. 2005.Field evaluation of tractor drawn sugarcane earthing up cum interculturing equipment. Bhartiya Sugar Vol. 29(2): 24-26. 90. V. V. Aware, R.G. Manjarekar, N.G.Kinage and S.V. 2004, Aware Development of electronic metering mechanism Power machinery systems and ergonomics, safety and health, (ISBN: 81-88342-50-5), pp.66-73. 91. Kolhe K.P and Datta C.K 2004. Parametric study of submerged arc welding on mild steel. Indian welding journal, 37 (3/4) Pp.33-42 103 92. Kolhe K.P and Datta C.K 2004. Studies on the wear and change in microstructure of weld- joint of A structural steel. Indian Welding Journal. 37 (3/4) Pp.43-53. 93. S. K. Jain, R. H. Rahate & K.G. Dhande. Design and Development of Coconut – Arecanut Harvester – A New Approach. Journal of Soils and Crop, Vol.13 (2) Dec 2003. 94. S. K. Jain, K. G. Dhande , R. H. Rahate . Evaluation of Different Design of Lever Operated Knapsack Sprayer. New Agriculturist, Vol. 14(1,2) 2003. 95. S.K.Jain, and K.G.Dhande.Performance Evaluation of two piston reciprocating pump used for pesticide application. Indian Pump.Vol.35 (3) 2003. 96. P.U. Shahane , S. M. Mathur , K.G. Dhande and A. K. Dave . Tractors In India: Post and Present. Agril. Situation in India. January 2003. 97. Shahare P.U., S.M. Mathur , K.G. Dhande , A.K. Dave. 2003. Tractors in India: Past and Present. Agricultural situation in India Vol. LIX (10), 623-628. 98. Shahare P.U. and S.R. Gadge. 2002. Utility of Tungku Lowon Chulha (Wood stove) in rural areas. New Agriculturist Vol.13 (1,2) : 31-34. 99. Shahare P.U, B.A. Chaugule and S.S.Ubale. 2002. Soil salinity and reclamation fforts Pre- independent in India. Asian Agri- History Vol. 6 (3): 243-260. 100. Aware V.V., A. G. Powar and A. P. Jaiswal, 2001, Selection of optimal length for Canewall irrigation system. Microirrigation, (ISBN: 81-7336-289-0), pp.204 –207. 101. Jaiswal A. P., V. V. Aware and A.G. Powar. 2001, Field evaluation of hydraulic performance of drip irrigation system. Microirrigation (ISBN: 81-7336-289-0) pp.129-133. 102. Powar A. G., S. H. Adhaoo, V.V. Aware and A. P. Jaiswal, 1999 Soil Moisture Distribution in Sub-surface Canewall Irrigation. J. Maharashtra agric.Univ. (ISSN: 0378- 2395), pp. 24(3):285-287. 103. Shahare, P.U., D. K. Kathmale and L.L. Mane 1998. Harvester Combines in Indian Agriculture : A review. Asian Agri- History Vol. 2 (1): 49-57. 104. Shahare, P. U., G.S. Ingle Optimization of volatile fatty acid formation during anaerobic digestion process 1995. Bioved Vol.6(1): 79-84. 105. Shahare, P. U., G.S. Ingle . 1992. Enhancement of Biogas Production with powdered lime as an additive to Cow dung. J. The Institute of Engineers Vol.72(3): 48-51. Full length research papers published in proceedings of Seminar/ Symposia/ Conference/ Workshop: 1. Shirsat N.A., Aware V.V., Kadam V.B. and Shahare P.U. Comparative ergonomic evaluation of cashewnut desheller. Humanizing work and work environment based on Proceeding of International Conference: Ergo-Safety for all at College of Home Science GBPUAT, Pantnagar (Uttarakhand) (ISBN: 978-94-5130-227-8), 2014, pp. 510-515. 2. V.V. Aware, S.V. Pathak, P.U. Shahare, A.A. Kulkarni and S.S. Kadam. Comparative ergonomic evaluation of dryland weeder and hoe by women workers. Humanizing work and work environment based on Proceeding of International Conference: Ergo-Safety for all at College of Home Science GBPUAT, Pantnagar (Uttarakhand) (ISBN: 978-94-5130-227-8), 2014, pp. 590-595. 3. N.A. Shirsat, V.V. Aware, P.S.Kharangate and P.U. Shahare. Ergonomical study and refinement of work practices and health hazarda of men and women in cashew processing 104 industries. Proceedings of national seminar on ‘Emerging trends in Agricultural Engineering’ held at NERIST, Nirjuli during 7-9th Nov., 2014. 4. V.V. Aware, P.U. Shahare, N.A. Shirsat, V.B. Kadam. Development and performance evaluation of self propelled reaper for harvesting paddy. Proceedings of National Seminar on Emerging trends in Agricultural Engineering’ held at NERIST, Nirjuli during 7-9th Nov., 2014. 5. P. U. Shahare, K.S. Desai, V.V. Aware, S.V. Pathak and K.G. Dhande. 2013. Two row paddy transplanter: The efforts towards small farm mechanization in Konkan region. Souvenir, 47th Annual Conference ISAE and International Symposium on ‘Bio-Energy- Chanllangews and opportunities. Acharya N.G. ranga Agricultural University, Hydrabad. Jan 28-30, 2013.: 58-59. 6. V.V. Aware, N. A. Shirsat, V.B. Kadam, P.. U. Shahare. 2013. Ergonomic evaluation of pedal operated cashenut desheller. Souvenir, 47 th Annual Conference ISAE and International Symposium on ‘Bio-Energy- Chanllangews and opportunities. Acharya n.G. ranga Agricultural University, Hydrabad. Jan 28-30, 2013.: 66. 7. V.V. Aware, N. A. Shirsat, V.B. Kadam, P.. U. Shahare. 2013. Development and evaluation of pedal operated cashenut desheller. Souvenir, 47th Annual Conference ISAE and International Symposium on ‘Bio-Energy- Chanllangews and opportunities. Acharya N.G. ranga Agricultural University, Hydrabad. Jan 28-30, 2013.: 66. MOU 1. MOU was signed between Dr. B. S. Konkan Krishi Vidyapeeth, Dapoli & MAIDC, Mumbai for manufacturing and supply of agricultural equipments on 09/12/2014. 2. MOU with Industrial Design Centre (IDC) Indian Institute of Technology, Bombay (IITB), Powai, Mumbai-400 076 for ‘Establishment of Design Innovative Centre as a Spoke Institute of IITB. Testing Following agril. implements /tools were tested at Farm Machinery Testing, Production and Training Centre, RKVY, Dapoli during 2014-15 S.N. Product Applicant 1. Chaff cutter, 1 hp Proton Electrical Appliances, Aurangabad 2. Chaff cutter, 2 hp Proton Electrical Appliances, Aurangabad 3. Chaff cutter, hand operated Proton Electrical Appliances, Aurangabad 4. Power operated shredder Benson Agro Engineering, Nasik 5. Wheel hoe Benson Agro Engineering, Nasik 6. Pahar Jai Agro Product, Wada 7. Fruit plucker, adkavani Jai Agro Product, Wada 8. Spade cum Pick axe Jai Agro Product, Wada 9. 3 bottom M.B. plough Pushpak 10. Brush cutter (Maruyama MBC/5020H/RS) ASPEE, Mumbai 11. Rotavator MAIDC, Pune 12. Chaff cutter (Motor operated) Varun Agro Industries, Pune 105 Pune 15. Tej sickle Jai agro. Deepali Sickle-1 (Blue Handle Big) Deepali Agro Industries. Deepali Sickle 2 (Blue Handle Small) Deepali Agro Industries. 4. 13. Benson Agro Engg. Power Weeder Benson Agro Engg. 3 edge khurpi Jai Agro . Chaff cutter (manually operated) Varun Agro Industries. Benson Agro Engg. Details of other activities (Production of Agricultural tools and implements) Implementation of Recommendations: 1. Nashik motor operated) 24. Nashik 26. Pune 14. Paddy thresher (0. Patan 28. Nashik 25. The major equipments supplied to the State Govt. The efforts are being made to popularize the equipments/tools developed by the Farm Machinery and Power department through demonstrations.. Motor operated winnowing fan M/s. Gujrat motor) 18. Wada 16. farm rallies and different training programmes organized by the department. Pune 21.5 hp M/s.. Since last 5 years.. Brush cutter (Maruyama MBC/ 5020H) Aspee. Hand Operated winnowing fan Ganesh steel works.. Patan 10. Power operated paddy thresher (0. Mumbai 19. Coconut Dehusker Varun Agro Industries. Pune 20. Nashik 27.5 hp Umeshkumar Patel. Wada 17. Wada 23. 2. Paddy thresher cum Winnower (0. Pune 22. Kathi Sickle Jai Agro products.64 crores is generated. Wheel hoe Ganesh steel works. These equipments are manufactured in the workshop/outside purchase through the revolving fund scheme under Farm Machinery and Power department are sold to the farmers or supplied to the farmers through State Government’s Subsidy program. Benson Agro Engg. 3.5 hp motor operated) M/s. different equipments were sold and handsome revenue of Rs. 4. and farmers are • Cono Weeders • Mango Harvesters • Sickles • Coconut Dehusker • Puddler • Groundnut Hoe • Loranthus Cutter • Toothed spade • Contour Marker • Stubble Removal 106 . Deepali Sickle (Wooden Handle) Deepali Agro Industries. 320 6 ‘Amar’ Loranthus Cutter 6.963 26.00. Cost Qty. Qty.807 450 31.090 350 24.903 122 1. PRODUCTION DIVISION Equipment Sold and Receipt Generated S.8500 0 0 3 18.01.800 2 2.950 1.022 12.76.960 1.27.68.16.12.000 46 2.150 43.120 2.540 4 Pankaj Puddler 800 29.500 Juice Extractor 16 Grass harvester 2 2.376 23.400 1 375 4.800 69.600 9 8.350 35 41.251 7.693 7 ‘Ankur’ Serrated Spade 13.057 9 ‘Sulabh’ Contour Marker 260 1.19.28.02. Upto 2011 2011-2012 2012-2013 2013-2014 2014-2015 Total Cost Implement N.500 265 39.70.500 987 69.300 1 1.160 7.040 1.257 2.46.880 967 1.490 8.760 6.14.97.09.170 5 ‘Nutan’ Mango Harvester 21.12.200 777 9. Cost Qty.145 4.190 3 2.190 14.58.280 19.405 163 12.35.560 10 Dry Land Weeder 87 68.60.000 1.040 10.150 4.66.750 127 28.440 4 2.69.000 0 0 2 12.000 1 6.240 4.050 310 69.74.36.530 13.) 1 Vaibhav Sickle 2.204 5.080 24.915 17 Other (Agril.140 0 0 0 0 32 2.835 1.240 10 7.550 3.2640 16.300 3 2.84.969 5.516 1.50.220 6 4.500 488 34.80.181 107 . Cost (in Rs.944 2.380 52.05.697 15.63.000 8 7.050 2 2.150 1.516 1.64.955 4.07.87.000 21 1.318 138 31.180 3 2.653 5.080 13 Japanese Weeder 130mm 32 29.060 0 0 2 440 16.47.325 270 66.524 1.030 1.61.03.625 185 22.500 210 31.74.300 7 8.160 3 Atul Fruit harvester 3.190 0 0 0 0 1.75.245 359 87.68.26.405 401 98.200 999 1.33.315 3.98.600 14 Cono Weeder 130 mm 12.385 8 Stubble Remover tool 10.53.278 1.68.125 18 21. Cost Qty.955 385 94.575 160 36000 9. implements 115 80.590 2 440 23 5.101 127 7.950 6.45.02.660 and fabricated structures) Total 3.728 15 ‘Vipul’ Cashew Apple 24 13.16.08.34.533 2 Swastik Groundnut Hoe 579 1.86.24.364 46 20.47.04.43.55.840 530 79.70.170 3 18.050 260 2. Cost Qty.750 113 16.16.550 39 37.140 1.000 33.750 11 ‘CAET’ Cashewcutter 65 10.412 37.530 12 Coconut Dehusker 555 1.37.01. Ratnagiri Landline No. Contact Information Name of the Head: Dr.com 108 . U. Shahare Name of the Department: Department of Farm Machinery and Power Postal Address: College of Agricultural Engineering and Technology. P. 9423784381 Fax E-mail shahare_prashant@rediffmail. Dist. (02358) 282414 Mobile No. Balasaheb Sawant Konkan Krishi Vidyapeeth. Dr.11. Dapoli. 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