M.tech - NIT Warangal

National Institute of Technology, WarangalSCHEME OF INSTRUCTION AND SYLLABI M.TECH. DEGREE IN THERMAL ENGINEERING S. No. 1 2 3 4 5 6 7 8 I Year (Thermal Engineering), Semester – I Course Course Title L T No. ME5101 Incompressible and 4 0 Compressible Flows ME5102 Computational Methods in 4 0 Thermal Engineering ME5103 Advanced Heat and Mass 4 0 Transfer ME5104 Finite Element Method for 4 0 Thermal Engineering Elective 1 3 0 Elective 2 3 0 ME5105 Thermal Engineering 0 0 Laboratory ME5106 CFD Laboratory – I 0 0 Total 22 0 I Year (Thermal Engineering), Semester – II Course Course Title L T No. ME5151 Internal Combustion Engines 4 0 ME5152 Gas Turbines and Jet 4 0 Propulsion ME5153 Renewable Sources of 4 0 Energy Elective 3 3 0 Elective 4 3 0 Elective 5 3 0 ME5154 Energy Systems Laboratory 0 0 ME5155 CFD Laboratory – II 0 0 ME5191 Seminar 0 0 Total 21 0 II Year (Thermal Engineering), Semester – I P 0 0 0 0 0 0 3 3 6 P 0 0 0 0 0 0 3 3 3 9 Credits 4 4 4 4 3 3 2 2 26 Credits 4 4 4 3 3 3 2 2 2 27 S. No. 1 2 3 4 5 6 7 8 9 M. Tech. (Mechanical Engineering) – Scheme and Syllabi National Institute of Technology, Warangal S. No. 1 2 Course No. ME6142 ME6149 Course Title Comprehensive Viva – Voce Dissertation - Part A Total Credits 4 8 12 S. No. 1 II Year (Thermal Engineering), Semester – II Course No. Course Title ME6199 Dissertation - Part B Total Credits 18 18 List of Elective Courses Semester – I Semester – II Course Course Title Course Course Title No. No. ME5111 Combustion ME5161 Cryogenics ME5112 Power Plant ME5162 Alternate Fuels Engineering ME5113 Energy Systems and ME5163 Design of Heat Management Transfer Equipment ME5114 Advanced Refrigeration ME5164 Advanced and Air- Conditioning Computational Fluid Dynamics ME5418 Optimization Methods in ME5165 Convective Heat Engineering Transfer ME5419 Micro and Smart ME5166 Jet and Rocket Systems Propulsion ME5421 Mechanical Vibrations ME5167 Conjugate Heat Transfer ME5168 Measurements in Thermal Engineering ME5467 CAD for Thermal Engineering Consolidated Credits Category Sem – I Sem – II Sem – III Sem – IV Total Core courses 28 16 12 --Electives 15 06 09 --Lab Courses 08 04 04 --Comprehensive 04 --04 -- M. Tech. (Mechanical Engineering) – Scheme and Syllabi National Institute of Technology, Warangal Viva-Voce Seminar Dissertation Total --26 02 -27 -08 12 -18 18 02 26 83 ME5101 INCOMPRESSIBLE AND COMPRESSIBLE FLOWS (4-0-0) 4 Introduction, motion of viscous fluid, boundary layer theory, turbulent flow, drag, isentropic flow with variable area, flow in constant area ducts with friction and heat transfer, normal and oblique shock waves. Reading: 1. Yuan, S. W., Foundations of Fluid Mechanics, Prentice Hall of India, 2000. 2. Yahya, S. M., Fundamentals of Compressible Flow with th Aircraft and Rocket Propulsion, 4 Edition, New Age Techno, 2010. th 3. Schlichting, H., Boundary Layer Theory, 8 Edition, Springer, 2004. rd 4. White, F. M., Viscous Fluid Flow, 3 Edition, Tata Mcgraw Hill, 2011. ME5102 COMPUTATIONAL METHODS IN THERMAL ENGINEERING (4-0-0) 4 Philosophy of CFD, governing equations of CFD, mathematical behaviour of partial differential equations, descritization techniques, grid generation techniques, solution of elliptic, parabolic and hyperbolic equations, consistency and stability, error analysis, solution of incompressible and compressible flows with numerical examples. Reading: 1. Hoffmann, K. A. and Chiang, S. T., Computational Fluid nd Dynamics for Engineers, Vol. I, II, and III, 2 Edition, Engineering Education System, 2000. nd 2. Chung, T. J., Computational Fluid Dynamics, 2 Edition, Cambridge University Press, 2010. 3. Anderson, J. D. (Jr.), Computational Fluid Dynamics, McGraw Hill, 2010. M. Tech. (Mechanical Engineering) – Scheme and Syllabi 3. and Howell. P. ME5103 ADVANCED HEAT AND MASS TRANSFER (4-0-0) 4 Conduction – steady and unsteady 1-D. 2. Convective Heat and Mass th Transfer. New York. Tata McGraw Hill. and Gartling D. th 4 Edition. R. Rao. A. Taylor & Francis. Reading: th 1. Taylor & Francis. and Pletcher. Dynamic Analysis using FE. mass transfer – isothermal equimolal counter diffusion. 2006. 2 Edition. Iso-parametric. 3 Edition. John Wiley and M. N. radiosity – irradiation formulation. The Finite Element Method for Heat Transfer Analysis.. Tech. Reddy. J. E. R. 2-D and 3-D problems.. General concepts of Finite Element Method. J. FE method for Heat Transfer problems. S. Introduction to Modal Analysis and Mode superposition.. J. H. R. Kays. Sub parametric and Super parametric elements. Anderson. W. 4. C.. enclosure method of analysis. Fundamentals of Heat and th Mass Transfer. Nithiarasu. 2.Prevost’s theory. 2-D and 3-D problems for various boundary conditions. W. and Crawford. P. Assembly considerations. Seetharamu. 2010. CRC Press.National Institute of Technology. D. K. Incropera. K. 1D. F.. 4 Edition. 2001. Sadik Kakac and Yaman Yener. (Mechanical Engineering) – Scheme and Syllabi .. N. P. Boundary conditions. Tannehill. radiation from real surfaces. 2 Edition. The Finite Element Method in Engineering. 5 Edition. Hemisphere. ME5104 FINITE ELEMENT METHOD FOR THERMAL ENGINEERING (4-0-0) 4 Mathematical models. 2002. 2002. The Finite Element Method in rd Heat Transfer and Fluid Dynamics... M. and De Witt. 2012. R. radiation . Elsevier 2011. and Lewis. 3. Thermal Radiation Heat Transfer. convection – various cases in laminar and turbulent flows. Warangal 4. Siegel. Hottel’s crossed string method. M. nd Computational Fluid Mechanics and Heat Transfer . 5 Edition. extended surfaces. Stefan – Boltzmann law. D.. John Wiley & Sons. S. Reading: nd 1. Heat Conduction. ME5106 CFD LABORATORY – I (0-0-3) 2 Writing programs using C++ and Matlab for Solution of transcendental equations. Maleev.equivalent air cycles. design of two stroke and four stroke engines. numerical differentiation and integration. solution of ordinary differential equations. 1987. Central Publishing House. thermodynamics of combustion. exhaust pollution. Duelfuel performance. CI and multi-fuel engine combustion chambers. alternate fuels. I. unburned and burned product charts. 1973. Internal Combustion Engines.. supercharging. solution of simultaneous algebraic equations. Explicit and implicit methods of solving the fluid flow problems under various types of boundary conditions. ME5151 INTERNAL COMBUSTION ENGINES (4-0-0) 4 Cycle analysis . Warangal Sons. R. SI. ME5152 GAS TURBINES AND JET PROPULSION (4-0-0) 4 M. Yadav. engine characteristics . properties of fuel and fuel/air mixtures. E. 2004. Obert. Motoring and Retardation tests on CI engine to determine friction power. ME5105 THERMAL ENGINEERING LABORATORY (0-0-3) 2 Constant speed and variable speed performance tests on SI and CI engines and comparison of their performance parameters like specific fuel consumption.effects of operating and design parameters on engine performance. (Mechanical Engineering) – Scheme and Syllabi .. V. dimensionless representation. Harper and Row Publishers. Effect of spark advance on SI engine. C. McGraw Hill Book Company. Engines and Air Pollution. 3. Internal Combustion Engines and Air Pollution. Tech. 2002. methods of solving partial differential equations of elliptic.National Institute of Technology. New York. Reading: 1. L.. parabolic and hyperbolic types. 2. F. New York. design of gas turbines. Turbines. gas turbine emissions. Stefan – Boltzmann constant. Gas Turbines. Sukhatme. thin aerofoil theory.. ME5155 CFD LABORATORY – II (0-0-3) 2 M. fuel cells. W. Reading: 1. G. coordinates of the sun. ocean and geothermal energy. rd 2.. 2. solar radiation measurement and prediction. C.National Institute of Technology. Tata McGraw Hill. Stodola’s Model. New Delhi. J. V. solar energy. photovoltaic power. New Delhi. and Cohen. 2008. S. 6 Edition. 2010. Solar Energy-Thermal Processes. centrifugal compressors – slip. A. Compressors and Fans. basic sun-earth relationships... Solar energy experiments. 2001. Tata McGraw Hill. J. other forms of energy. Khan. I. Sarvanamuttoo. 3 Edition. 3. Rogers. LMTD and effectiveness of parallel and counter-flow heat exchangers. F. P. cascade mechanics.. ideal and actual cycles for shaft power and propulsion. and Nayak. Tata McGraw Hill. H. matching of gas turbine components. wind energy. Solar Energy – Principles of Thermal Collection and Storage. ME5154 ENERGY SYSTEMS LABORATORY (0-0-3) 2 Heat transfer experiments: Measurement of thermal conductivity. 2006. B. hydrogen energy. Yahya. Tata McGraw Hill. Ganesan. Duffie. biomass. Reading: 1. K. 2010. combustion chambers.. Gas th Turbine Theory. Pearson Prentice Hall. Tech.. Heat transfer coefficients.. M. axial flow compressors. 4 Edition. H. ME5153 RENEWABLE SOURCES OF ENERGY (4-0-0) 4 Alternate sources of energy. (Mechanical Engineering) – Scheme and Syllabi . A. and Beckman. performance of turbo machines. S. 2008. H. Non-Conventional Energy Resources. surge and stall. nuclear. solar thermal devices. Warangal Fundamentals of turbo machines. th 3. John Wiley. H. chemical kinetics. and Domkundwar. Tata McGraw Hill. Reading: 1. P. Power Plant Technology. CBS Publishers & Distributors Pvt. University Press. cogeneration and combined cycles. Vol. nuclear power plants. Use of ANSYS package. flame propagation. Dhanpat Rai & Sons.. 2. Incompressible Navier-Stokes Equations. Arora.National Institute of Technology. 1-D and 2-D stress analysis. Vol. 2012. ignition process. Tech. steam condensers. Pergamon Press. ME5113 ENERGY SYSTEMS AND MANAGEMENT (3-0-0) 3 M. El. Rao. Wakil.. 1997. ME5111 COMBUSTION (3-0-0) 3 Chemical thermodynamics. Warangal Writing programs to solve problems related to parabolic partial differential Equations. steam boilers.. T. 4. S. C. basics of I. Ltd. Power Plant Engineering. Sharma. gas mixture with variable compositions. 4.. and hyperbolic partial differential equations.C. S. 3. 2002. Kataria & Sons. cooling towers. R. Fuels and Combustion. Power Plant Engineering. 1-D and 2-D heat conduction with convective boundaries. Inviscid incompressible fluid flows. and Whitehouse. New Delhi. 1985. Grid Generation Techniques. Reading: 1. D. S. engine combustion. 2010. Internal Combustion Engines. R. Sharma. An Introduction to Thermodynamics. 2004. Combustion. I. and Sesonske. Benson.. S. S. steam power plant. Elliptic partial differential equations. steam turbines. P.. M. ME5112 POWER PLANT ENGINEERING (3-0-0) 3 Introduction. 2. 2001. hydroelectric power plants. I & II. C. K. Glasstone. droplet combustion. Y. McGraw Hill. S. 2009. V... (Mechanical Engineering) – Scheme and Syllabi . McGraw Hill. 3.C. Stephen. A. power plant economics. steam nozzles. Nuclear Reactor Engineering: Reactor Design Basics. Turner. C. W. C. 2009. Stoecker.. and Truner. S. TMH Edition. ME5114 ADVANCED REFRIGERATION AND AIR CONDITIONING (3-0-0) 3 Review of laws of thermodynamics. Murphy. 7 edition. pricing. design of air-conditioning systems. W. Energy Management Audit & Conservation. One dimensional minimization methods. W. Energy Management Principles. C. 2004. 2007. nd 2. classification of optimization problems. Reading: 1. energy audit. B. Warangal Basic principles of Energy conservation. Energy Management. Fairmont Press. W. A brief treatment of linear programming.. energy demand estimation. 2007. J. F. 2010.. Principles of Refrigeration. environmental aspects and alternate refrigerants. dynamic programming and integer programming. 2001 2. Roy J. Prentice Hall of India (P) Ltd. classical optimization techniques.. (Mechanical Engineering) – Scheme and Syllabi . De. 2003. Vrinda Publication.. th 3. C. geometric programming. Doty. energy storage systems. Dossat. nonconventional refrigeration systems. 4. K. Elsevier. Tech. energy consumption and rejection patterns for different processes. case studies. Arora. unconstrained and constrained optimization. energy conservation potential for different processes. vapor compression refrigeration systems-single stage. multi stage and cascade systems. Energy analysis and application of laws of thermodynamics. Smith. and Jones. W. absorption refrigeration systems–refrigerant absorbent combinations. Reading: 1. B. ME5418 OPTIMIZATION METHODS IN ENGINEERING (3-0-0) 3 Statement of an optimization problem.National Institute of Technology. 4 Edition. TMH Edition. Refrigeration and Air-conditioning. P. 3. Energy th Management Hand Book. energy management. Pergamon Press. R. 2 Edition. Refrigeration and AirConditioning.. M.. V. ME5419 MICRO AND SMART SYSTEMS (3-0-0) 3 Introduction. Gopalakrishnan. Introduction to continuous systems. Modeling of Coupled Electromechanical Systems. Theory of Vibrations with Applications. Tata-McGraw Hill.. 3. Vibration measuring devices. Wiley India Pvt. Wiley nd Eastern Ltd. 5th Edition. MEMS and Microsystems: Design And Manufacture. 2010. N. Systems and Smart Materials: An Overview. Vibration control. S. S. 2012. Pearson Education. Leonard Meirovitch. and Kasudev Aatre. Optimization Theory and Applications . K.. Micro and Smart Systems. G. Dynamic vibration absorbers. Actuators. J. Rao. Scaling Effects in Microsystems Reading: 1..National Institute of Technology. 2004. M. 4th Edition. Micro and Smart Systems: Technology and Modeling. Integration of Micro and Smart Systems.. Reading: 1. Micro Sensors.. Electronics Circuits and Control for Micro and Smart Systems. Ananthasuresh. Modeling of Solids in Microsystems. W. 2003. ME5421 MECHANICAL VIBRATIONS (3-0-0) 3 Review of free and forced vibrations of damped and undamped single degree freedom systems. 2. 3. 2. G. K. Elements of Vibration Analysis. Ananthasuresh. Tai-Ran Hsu. S. Ltd. Vinoy. Optimization Methods for Engineering Design.. S. (Mechanical Engineering) – Scheme and Syllabi . John Wiley & Sons. Rao.. 2nd Edition. Modal analysis. Eigen value problems. 2002. Two degree freedom systems. Micromachining Technologies. Fox. S. Mechanical Vibrations. 2006. R. impulse response technique. 2. Addison Wesley. T. 2001. Tata McGraw Hill.. Laplace transformation technique. Tech. 2008. Bhat... Finite Element Method. K.. Pearson Education. Warangal Reading: 1. 2 Edition. Thomson. K. L. equipment associated with low-temperature systems. Society of Automotive Engineers. dual-pressure cycle. ME5163 DESIGN OF HEAT TRANSFER EQUIPMENT (3-0-0) 3 Introduction. CI Engine Performance for Use with Alternative Fuels. 2006. CRC Press. mixed-refrigerant cascade cycle. P. S. (Mechanical Engineering) – Scheme and Syllabi . and Jones. additives. Hordeski. C. Plenum Press. Refrigeration and Air-conditioning. 2002. dual fuel combustion. Alternative fuels: The Future of Hydrogen. hybrid power plants and fuel cells. Maxwell. F. Arora. 3 Edition. M. ME5162 ALTERNATE FUELS (3-0-0) 3 Fossil fuels and their limitations. and Domkundwar.. 2009. rd 2. Alternative fuels: Emissions.simple Linde cycle. Reading: 1. storage and transfer systems. Reading: 1. methods of production. 2. Society of Automotive Engineers. properties. T. S. and Thomas. use of gaseous fuels in engines. potential alternative liquid and gaseous fuels. Tata Mc Graw-Hill. separation and purification systems. 3. Cryogenic Process Engineering. T. C. Dhanpat Rai and Co. precooled Joule-Thomson cycle. Economics. and Performance.. handling and distribution. Arora. 2008. refrigeration and liquefaction . ultra-low-temperature refrigerators.. Commercial Vehicle Alternative Fuels.. safety aspects. 3.. Simon helium liquefier. Warangal ME5161 CRYOGENICS (3-0-0) 3 Introduction.National Institute of Technology. M. classical cascade cycle. M. Various Methods of Classification of Heat Exchangers. Engine requirements. conversion of vegetable oils to their esters and effect on engine performance. 4. Society of Automotive Engineers. T. surface ignition. F. 2001. D. 2007. Tech. J. 2003. performance and emission characteristics. use in engines. properties of solids for cryogenic systems. Refrigeration and AirConditioning. Klaus.. T. Krieger Publishing Company. finite volume method for diffusion problems. J. condensers. Pearson. st 2. cooling towers. Reading: 1. Computational Fluid Dynamics: Principles And nd Applications. J. shell and tube heat exchangers. and Malalasekera.. Computational Fluid Mechanics and Heat Transfer. Kern. 2002. F. and Pletcher.. Wiley India. K. Anderson. D. Nag. P. P. Heat Transfer. 1998. 2003. New Delhi. A. 2010. internal natural convection. 2 Edition.. turbulent M. rd 3 Edition. Process Heat Transfer. Tannehill.. Warangal LMTD and NTU Methods of Heat Exchangers. Tata McGraw Hill. 1 Edition. 3. 4. Chung. H. D. 4. Compact Heat Exchangers. 2 Edition. H. Versteeg. Cambridge University Press.. Computational Fluid Dynamics. laminar forced convection in duct flows. 2006. pressure-velocity coupling. ME5165 CONVECTIVE HEAT TRANSFER (3-0-0) 3 Fundamental principles. turbulent boundary layer flow.. K. unstructured grid generation. P. ME5164 ADVANCED COMPUTATIONAL FLUID DYNAMICS (3-0-0) 3 Governing equations of fluid motion and boundary conditions. convection-diffusion problems. A. Fundamentals of Heat and th Mass Transfer. An Introduction to nd Computational Fluid Dynamics: The Finite Volume Method. boilers. and De Witt. W.. 2. McGraw Hill. W. M. laminar forced convection in external flows. errors and uncertainty in CFD modeling. C. Reading: 1. Tech. SIMPLE and SIMPLER algorithms. (Mechanical Engineering) – Scheme and Syllabi . Elsevier Science & Technology.. 3. 2001. Counter flow double pipe (Hair-Pin) heat exchangers. K.National Institute of Technology. 2012. 6 Edition. external natural convection. Q. unsteady flows. Blazek. J. turbulence modeling. Tata McGraw Hill. Incropera. and London. New Delhi. R. 2010. D.. Kays. Tech. Sutton. and Cohen. hybrid rocket engines.. rocket propulsion technology . Introduction to Rocket Technology. Reading: 1. 2006. twomode heat transfer problems – conjugate convection from different geometries without radiation.. burning rate. V. Hemisphere.. C. Gas th Turbine Theory. F. 2002. choice of chamber pressure and mixture ratio. A. 2 Edition. M. conjugate mixed convection Reading: rd 1. Academic Press.solid and liquid propellant rocket engines. Barrere. erosive burning. G. ME5166 JET AND ROCKET PROPULSION (3-0-0) 3 Propulsion systems. 2000.National Institute of Technology. Co. G. H. cryogenic bi-propellants. Louis. 2001. conjugate mixed convection problems. rocket propellants performance of propellants. John Wiley. M. performance calculations. P. three-mode heat transfer problems – conjugate convection with radiation from various geometries. Reading: nd 1. Rocket Propulsion Elements. Convective Heat Transfer. and Crawford. EIsevier Pub. H. 1993. I. finite volume and finite difference methods. Convective Heat and Mass th Transfer. ME5167 CONJUGATE HEAT TRANSFER (3-0-0) 3 Review of fundamentals – energy balance approach. Bejan. E. hyperbolic ignition and combustion. 2008. 6 Edition. Enclosure Analysis. Feedesiev. Burmeister. and Siniarev. M. 4. 4 Edition. 3. 2. Warangal duct flow. Sarvanamuttoo. 3 Edition. Sadik Kakac and Yaman Yener. 2012. Principles and Applications. solid ramjet systems. Wiley India. I.. choice of propulsion systems for missile and space launch vehicles. H. (Mechanical Engineering) – Scheme and Syllabi . W.. Rogers. M. 3. Radiosity – irradiation methods. 1990. Rocket Propulsion. Heat Conduction. B. C. Pearson Prentice Hall. mixed convection. New York. liquid propellants.. G. view factor calculations. Kays.. New York.. New York. Convection Heat Transfer. choice of propellants. John Wiley and Sons. 2. Tata McGraw Hill. and Crawford. Holman. Tata McGraw Hill Book Company. R. Mechanical Measurements. 2. and Howell. and Adams. Tata-McGraw Hill.. M. Siegel. Transformations. E. Ernest. pressure measurement. Kays. R. Collaborative Design.. Mathematical Elements for Computer Graphics.National Institute of Technology. Rogers. Solid Modeling Techniques. J. New York. Tata McGraw Hill Book Company. P. 3. and De Witt. J. W. ME5467 CAD FOR THERMAL ENGINEERING (3-0-0) 3 Hardware and software for CAD. Curve representation: analytic and synthetic curves. 2009. Experimental Methods for Engineers. New Delhi. Reading: nd 1. A. P. 2. dynamic characteristics. 4. CAD/CAM Exchange formats. Design Applications: Mechanical tolerances. 4 Edition. 5 Edition. M. Measurement Systems . Tata-McGraw Hill. Mass property calculations and Mechanical Assembly.. Behavioral Modeling. (Mechanical Engineering) – Scheme and Syllabi . D. Beckwith and Lewis Buck. Tech. generalized performance characteristics of instruments static characteristics. Thomas G. Uncertainty analysis. Taylor & Francis. 2012. 2010. Thermal Radiation Heat Transfer. 2006. D. Surface Modeling. Incropera. Advanced Modeling Concepts: Feature Based Modeling.. 2008. Narosa Publishing House. 2 Edition.. Geometric modeling. CAD / CAM Theory and Practice. Assembling Modeling. F. New Delhi. O. Convective Heat and Mass th Transfer. 3. Reading: 1. Warangal 2. Conceptual Design & Top Down Design. th 4 Edition. D. Tata McGraw Hill. ME5168 MEASUREMENTS IN THERMAL ENGINEERING (3-0-0) 3 Generalized configuration and functional description of measuring instruments. J. 2002.. M. F. 2011. Ibrahim Zeid. temperature and heat flux measurement. 2009. Fundamentals of Heat and th Mass Transfer. flow measurement. John Wiley & Sons. P.Applications and Design. Semester – I Course Course Title L T P No.TECH. No. (Mechanical Engineering) – Scheme and Syllabi . ME5201 Metal Cutting – Theory and 4 0 0 Practice ME5202 Design and Analysis of 4 0 0 Machine Tools ME5203 CNC Technology and 4 0 0 Programming ME5404 Advanced CAD 4 0 0 Elective – 1 3 0 0 Elective – 2 3 0 0 ME5205 Manufacturing Engineering 0 0 3 Laboratory ME5406 CAD Laboratory 0 0 3 Total 22 0 6 I Year (Manufacturing Engineering). No. Tech. 1 2 3 4 5 6 7 8 I Year (Manufacturing Engineering).National Institute of Technology. ME5251 Advanced Manufacturing 4 0 0 Processes ME5252 Metrology and Computer 4 0 0 Aided Inspection ME5253 Mechatronics and Robotics 4 0 0 Elective – 3 3 0 0 Elective – 4 3 0 0 Elective – 5 3 0 0 ME5254 Mechatronics Laboratory 0 0 3 ME5255 CNC Laboratory 0 0 3 ME5291 Seminar 0 0 3 Total 21 0 9 Credits 4 4 4 4 3 3 2 2 26 S. Warangal SCHEME OF INSTRUCTION AND SYLLABI M. Semester – II Course Course Title L T P No. 1 2 3 4 5 6 7 8 9 Credits 4 4 4 3 3 3 2 2 2 27 M. DEGREE IN MANUFACTURING ENGINEERING EFFECTIVE FROM 2012-2013 S. No. Course Title Credits 1 ME6299 Dissertation .Part A 8 Total 12 II Year (Manufacturing Engineering). No. Course No.National Institute of Technology. ME5211 ME5212 ME5213 ME5314 ME5316 ME5421 Category Core courses Electives Lab Courses Total 28 15 08 M. Semester – I Course No. (Mechanical Engineering) – Scheme and Syllabi . Rapid Manufacturing ME5261 Precision Engineering. Tech. Warangal S.Part B 18 Total 18 List of Elective Courses Semester – I Semester – II Course Title Course Course Title No. Semester – II S. Processes Micro and Nano ME5262 Product Design for Manufacturing Mfg and Assembly Tribology ME5263 Tool Design Soft Computing ME5264 Fluid Power Systems Techniques Manufacturing ME5265 High Speed Machining Management Mechanical Vibrations ME5361 Supply Chain Management ME5362 Design and Analysis of Experiments ME5363 Flexible Manufacturing Systems ME5471 Finite Element Analysis Consolidated Credits Sem – I Sem – II Sem – III 16 12 -06 09 -04 04 -Sem – IV ---- Course No. 1 2 II Year (Manufacturing Engineering). Course Title Credits ME6242 Comprehensive Viva – Voce 4 ME6249 Dissertation . Cutting Fluids. Tool wear and Tool life. Metal Cutting Principles. Chip control. Thermal aspects in machining. stress distribution at chip-tool interface. Friction in metal cutting. Mechanics of Milling and Grinding. 2008. (Mechanical Engineering) – Scheme and Syllabi . Oxford & IBH Publication. ME5202 DESIGN AND ANALYSIS OF MACHINE TOOLS (4-0-0) 4 Method of Production of surfaces by working and auxiliary motions in machine tools. A. New Delhi. Mechanics of chip formation. Principles of Metal Cutting. Machining economics. Nomenclature of multi point tools like drills and milling cutters. design for strength and rigidity. design of machine tool structures. tables etc. Reading: 1. control systems in machine tools for changing speeds and feeds. Controlled contact cutting. Bhattacharya. 2. Shaw. Static and dynamic stiffness. Kolkata. constructional features of machine tool structures . Machinability. spindles. Merchant’s analysis of orthogonal cutting process.beds. Design of speed and feed boxes. Dynamometry. M. C. Warangal Comprehensive Viva-Voce Seminar Dissertation Total ME5201 ---26 -02 -27 04 -08 12 --18 18 (4-0-0) 4 04 02 26 83 METAL CUTTING: THEORY AND PRACTICE Geometry of the cutting process. Antifriction bearings and Sliding bearings. Design of slide ways.. Mechanics of Oblique cutting. columns. New Central Book Agency. 2009. Transmission of motion in machine tools. damping characteristics and methods of improvements of damping. machine tool dynamics. Cutting tool materials.National Institute of Technology. M. Tech. Single point cutting tool geometry. stability analysis and chatter of machine tools. 2009 3. Mehta. ME5404 ADVANCED CAD (4-0-0) 4 Hardware and software for CAD. Yoram Koren. N. 2. TC Chang. Computer Control of Manufacturing Systems. Reading: 1. 2010. 2006 2. Top Down Design and Collaborative Design. Assembling Modeling. Bhattacharya.National Institute of Technology. Reading: 1. Tata M. Conceptual Design. Turning Centre. New Central Book Agency. Ibrahim Zeid. New Delhi. Behavioral Modeling. PHI. CNC Programming: Basic and Advance. CAD/CAM Exchange formats. John Stenerson and Kelly Curran. K. Constructional features of NC Machine Tools. Geometric modeling. RA Wysk and HP Wang. McGraw Hill International. Warangal Reading: 1. Adaptive Control System. New Delhi. Kolkata. Computer Numerical Control: Operation and Programming. CNC. ME5203 CNC TECHNOLOGY AND PROGRAMMING (4-0-0) 4 Introduction to NC. DNC machine tools. Machine Tool Design and Numerical Control. Solid Modeling Techniques. PHI. Design Applications: Mechanical tolerances. Mass property calculations and Mechanical Assembly. Surface Modeling. CNC Controller. C. System Drives and Devices. Advanced Modeling Concepts: Feature Based Modeling. Transformations. Interpolators: Software and Hardware. New Delhi. G. Communication Networks and Virtual NC Systems. 2009. 2009. Machining Centre. CAD/CAM Theory and Practice. Sen and A. Tech. Curve representation: analytic and synthetic curves. CNC Tooling and Fixturing. Singapore. Principles of Machine Tools. TMH. (Mechanical Engineering) – Scheme and Syllabi . Computer Aided Manufacturing. 2000 4. Reading: 1. Study of EDM and ECM processes. Tech. David F Rogers. 2010. ME5251 ADVANCED MANUFACTURING PROCESSES (4-0-0) 4 Advances in Casting: Stir Casting. Exercises on Computer Graphics using Open GL. Mathematical Elements for Computer Graphics. Allied Publishers. ASM International. 1995 3. Advances in Welding: Introduction to Friction Stir Welding. M. Centrifugal Casting. McGraw HilL. Metal Forming Processes. High Velocity Forming. Customization of AutoCAD. cutting forces. Casting and Welding. Assembly and manufacturing using ProE. New Delhi. TMH. Friction Stir Welding and Processing. Explosive Forming. V. Khanna Publishers. shear angle. 2007 2. 2002. Principles of Metal Casting. Mumbai.K. Graphite Moulding Process. Cutting temperature. New Delhi. Warangal 2. Design Considerations for Forging. Metal Injection Moulding. Auto LISP. TMH. ME5406 CAD LABORATORY (0-0-3) 2 Exercises using AutoCAD commands. Advances in Forming: Hydro Forming. V Process. Exercises on Modeling. Magnetic Moulding. Jain. Analysis of Composites.National Institute of Technology. RS Mishra. script files. Friction Stir Processing. Advanced Machining Processes. Organic Processes. J A Adams. Heine. Effect of cutting parameters on surface roughness. GR Nagpal. 2008 MANUFACTURING ENGINEERING LABORATORY (0-0-3) 2 ME5205 Measurement of chip thickness ratio. Loper and Rosenthal. (Mechanical Engineering) – Scheme and Syllabi . Fluid Sand Process. Preparation of Composites. Hybrid Welding Process. Electro Magnetic Forming. Engineering Metrology. Histand.Robot sensors Programming methods . and Stolfi. Marcel Dekker Pub. Reading: 1. Mechatronics.Sensors and Actuators Modeling. Angular measurements – Gear and Thread measurements. Armbruster and Ulzmann. F. Interface Technology For Computer Controlled Manufacturing Processes. Ulrich-Rembold. R. Edition. 3/e. G. Thomas. Reading: 1. Warangal ME5252 METROLOGY AND COMPUTER AIDED INSPECTION (4-0-0) 4 Metrology concepts: Standards for length measurement Light interference – Method of coincidence – Slip gauge calibration.Data Acquisition Signal Conditioning .1974. Tech.Logic System Design Programmable Logic Controllers (PLCs) . David G.Digital design principles and applications – Microprocessors and Microcontrollers . 2011. Butterworth PUB. Graw Hill Int.1993 ME5253 MECHATRONICS AND ROBOTICS (4-0-0) 4 Mechatronics system Design. Bolton. Coordinate Measuring Machine – Non contact CMM – Non contact sensors for surface finish measurements. Introduction to M.Drives for robots . Analysis and Control of various physical systems System Transfer Functions . . Craig K. G. New York. (Mechanical Engineering) – Scheme and Syllabi . Mc.Closed-loop Controllers .. Image processing and its application in Metrology. Introduction to Mechatronics and Measuring Systems . Surface and form metrology. Tolerances. 3. 2006. 5/e. Alcaiatore and Michel B. 2. 2.Robotics: Evolution and Classification Structural designs . gauging principles. C.National Institute of Technology.System Interfaces . Computer Aided Inspection: Laser Metrology – Applications of Lasers in precision measurements. Pearson Education. W. Electronic Control Systems in Mechanical and Electrical Engineering. Tech. Reverse Engineering and Integration of Reverse Engineering and RP. M. Stereo lithography. ME5255 CNC LABORATORY (0-0-3) 2 CNC programming for turned and milled components using Denford. 2010. Rapid Tooling techniques. Slicing. (Mechanical Engineering) – Scheme and Syllabi . Training on CNC machines ME5211 RAPID MANUFACTURING PROCESSES (3-0-0) 3 Review of solid modeling techniques with comparison advantages and disadvantages.National Institute of Technology. Part Deposition Orientation. Defects in STL files and repairing algorithms. John Wiley & Sons. Accuracy issues in Rapid Prototyping. Springer. Chu Sing Lim. Warangal Mechatronic System Design with Applications . Rapid Prototyping: Principles and Applications in Manufacturing. ME5254 MECHATRONICS LABORATORY (0-0-3) 2 Experiments on Instrumentation Tutor Kit. 1994.. STL file generation. Servo Fundamentals Trainer. Additive Manufacturing Technologies: Rapid Prototyping to Direct Digital Manufacturing. Brent Stucker. David W Rosen. PLC. Surface Roughness problems in Rapid Prototyping. 2. 3. Sinutrain and Master CAM. 2010. Ian Gibson. World Scientific... Process Planning for Rapid Prototyping. Chua Chee Kai.. IEEE Educational Activities Department. Reading: 1. Leong Kah Fai. Fused Deposition Modeling. Rafiq Noorani. Rapid Prototyping: Principles and Applications in Manufacturing. Pneumatic Trainer and Programming on Micro-controller based autonomous Robot.. Selective Laser Sintering. Laminated Object Manufacturing.. Strength of RP Parts. 3D Printing and Ballistic Particle Modeling. Mechatronics Training System. PHI. manufacturing methods improved wear resistance. 2. Tech. Sen Gupta and Ahuja. Boca Raton. and John J. CVD. Paulo Davim. III. Profilometry. Spectrophotometer. 2000. Nanofabrication. PVD. Ellipsometry. types of wear and influence of operating conditions. corrosion. Introduction to Nanoscience and Nanotechnology. Mark James Jackson. FFM. 2. Organic compounds and bioapplications of nano materials.National Institute of Technology. Air lubricated bearing Reading: 1. Woodhead Publishing. Z. ME5213 TRIBOLOGY (3-0-0) 3 Contact of ideally smooth surfaces. Microfabrication and Nanomanufacturing. Scanning Electron Microscope. Reading: 1. Application of Nano materials. I. Hornyak. MIR Publishers. Fundamentals of Tribology.2008 3. Gabor L. Tribology for Engineers: A Practical Guide.F. Overview of Nano Fabrication Methods: Top-down and bottom-up approaches. Tibbals. Springer . Friction and power losses in journal bearings. lithography. contact of rough surfaces. Wear and Lubrication Vol. lubricants and additives. Quantum dots. advantages and applications of nanotechnology. Characterization Tools. 1983. Basu. ME5314 SOFT COMPUTING TECHNIQUES (3-0-0) 3 M. (Mechanical Engineering) – Scheme and Syllabi . Cui. II. lubrication. H. AFM. Kragelski. Carbon Nano Tubes. 2005. and material modification methods. Warangal 2006. ME5212 MICRO AND NANO MANUFACTURING (3-0-0) 3 Historical perspective of Micro and Nano manufacturing technology. CRC Press. Moore. Friction. Bearing materials. Joydeep Dutta. processes and equipment. 2011. etching. 2009. deposition. CRC Press. 3. Optical microscopy. Tomassini and Marco. Production scheduling. Tech. Aquilano NJ and Jacobs RF. Springer. Advances in Soft Computing Tools. Artificial Immure Algorithms. Chase RB. Genetic Programming. Sheep Flock. Kalyanmoy Deb. Reading: 1. Singapore. Inventory control: From EOQ to ROP. (Mechanical Engineering) – Scheme and Syllabi . Gaither N and Frazier G.. Pearson Education Pvt Ltd. Thomson Asia Pvt. Introduction to Determining and Data mining tools. Operations Management for Competitive Advantage. Swarm Optimization. Tettamanzi Andrea. 3. Ant Colony. Capacity planning. 2002. Ltd. Aggregate and workforce planning. Demand Forecasting. 2002. ME5421 MECHANICAL VIBRATIONS (3-0-0) 3 Review of free and forced vibrations of damped and M. Reading: 1. Artificial Intelligence. Operations Management: Strategy and Analysis. Operations Management. 2001 ME5316 MANUFACTURING MANAGEMENT (3-0-0) 3 Competitive priorities and manufacturing strategy. Singapore. Artificial Neural Networks. John Wiley and Sons. McGraw Hill. Elaine Rich. The MRP crusade. Application of Soft Computing to Mechanical Engineering/Production Engineering Problems. 2. 2001.National Institute of Technology. 2001 2. 1990 3. Neural and Fuzzy Systems. Plant location and Plant layout. Evolutionary Computing Methods. NY. The JIT revolution. Soft Computing Integrating Evolutionary. Warangal Problem Solving Methods and Tools. 2/e. Genetic Algorithm. Krajewski U and Ritzman LP. Multi-objective Optimization using Evolutionary Algorithms. Hierarchical production planning and control. McGraw-Hill Book Company.. Facility Design: Product design and process selection. Manufacturing methods of typical machine tool components: Spindles. 5/e. Concept of part and machine tool accuracy. concept of selective assembly. Vibration control. 2003. Calculation of tolerances in dimensional chains. Foreign Languages Publishing House. Pearson Education. 6. Tata-McGraw Hill. 4/e. Springer Publishers. 2007 3.National Institute of Technology. Vibration measuring devices. Reading: 1. David Dornfield and Dae Eun Lee. RMS etc) and their comparison. R. Tech. Warangal undamped single degree freedom systems. Mechanical Vibrations. Errors during machining. Elements of Vibration Analysis. Introduction to continuous systems. 2008 2.. Tata McGraw Hill. Moscow. 1996 ME5262 PRODUCT DESIGN FOR MANUFACTURING AND ASSEMBLY (3-0-0) 3 M. Rao. calculation of fits in selective assembly. Two degree freedom systems. 5. Surface roughness: Definition and measurement. Reading: 4. Calculation of machining allowances: In process dimensioning of work pieces with examples. Theory of Vibrations with Applications. VC Venkatesh. 1975 4. Eigen value problems. Pearson Education. Statistical methods of accuracy analysis. Theory of dimensional chains. Laplace transformation technique. Precision Manufacturing. Murty. Leonard Meirovitch. Modal analysis. (Mechanical Engineering) – Scheme and Syllabi . ME5261 PRECISION ENGINEERING (3-0-0) 3 Tolerances and fits. T.Kovan. impulse response technique. New Age Publications. lead screws and beds. Thomson. S.. Dynamic vibration absorbers. Fundamentals of Process Engineering. L. S. 2nd Edition.. W. 2008. V. 2006. alignment testing of machine tools. Precision Engineering. Precision Engineering. surface roughness indicators (CLA. Machining. blanking and piercing dies. NY.. Fluid Power Engineering. Esposito. 2009 M. bending dies. Rabie M. Fundamentals of Tool Design. fluid power system simulation. Injection Moulding. Sheet Metal Working. tooling for automatic screw machines.. Automatic Feeding. Reading: 1. Speed control. Servo control systems. Actuators. Design for Assembly Automation. Warangal Introduction to DFM. Reading: 1. Tool Design. Robot Assembly. NC tool holding and changing methods. NY. locating and clamping methods. 2011 2. DFMA.National Institute of Technology. Assembly Automation and Product Design. 2010. Orientation Devices. Prentice Hall. Fluid power with Applications. Reading: 1. tracer control systems. design of drill jigs. F. Valves. Sequence. Pearson. Donaldson. DieCasting. Hand Book of Product Design. Semi-automatic. Pneumatic and Pneumo-hydraulic systems. ME5264 FLUID POWER SYSTEMS (3-0-0) 3 Basic components: Pumps. Marcel Dekker Inc. automatic. Mcgraw-hill Professional Publishing. TMH. milling fixture. milling cutters. ASTME. 3rd Edition 2010. gages and gauge design. drawing dies. M. 2. 2010. Circuits for rotary and reciprocating motion. 2. Hydraulic power amplifiers. Tech.. Design for Manual Assembly.W. Wilson. Fluidics. NC fixture design. Lecain and Good. carbide tools.. 1992. High speed Automatic Assembly. Hydraulic circuits: Regenerative. 6/e. Galal Rabie. India. Geoffrey Boothroyd. Marcel Dekker Inc. ME5263 TOOL DESIGN (3-0-0) 3 Design of single point cutting tool. Geoffrey Boothroyd. drill bits. (Mechanical Engineering) – Scheme and Syllabi . Designing and Managing the Supply Chain – Concepts Strategies and Case Studies. Drivers of supply chain performance. Bull Whip effect and Coordination. Practical applications of HSM. United States. Sunil Chopra and Peter Meindl. HSM support machine tool technology. the determinants of high speed high performance machining. Experiments with single factor. 2011. 2003. Simple comparative experiments. Hicks. precision tooling interface. Industrial hydraulics. Reading: 1. ME5362 DESIGN AND ANALYSIS OF EXPERIMENTS (3-0-0) 3 Fundamental of Experimentation. Erdel. 2010. ME5361 SUPPLY CHAIN MANAGEMENT (3-0-0) 3 Competitive and Supply Chain strategies. SME Publications. Distribution and Transportation Networks. 1980 ME5265 HIGH SPEED MACHINING (3-0-0) 3 Advanced machining processes. Planning and Operation. Michigan. Pearson Education Asia. John J Pippenger and W. M. Hard Milling and High Speed Machining. Philp Kamintry and Edith Simchy Levy.National Institute of Technology. Managing demand and supply in supply chain: Managing inventories in supply chain. P. Supply Chain Management – Strategy. David Simchi-Levi. Dale Mickelson. Role and impact of E-business. the transition to high performance machining. Industrial Press Inc. 2. (Mechanical Engineering) – Scheme and Syllabi . Tata McGraw Hill. advanced cutting tools. High Speed Machining. Bert.. characteristics of HSM. 2. ANOVA. 2007. Reading: 1. Tech. dry and near dry machining. Procurement and outsourcing strategies. TMH. Warangal 3. Philosophy of Finite Element method. Flexibility assessment. Taguchi Techniques for Quality Engineering. Flexibility issues. 2. 1989. Ross P. Formulation of FE characteristics for 1-D structural elements.. 2008. Montgomery D.J. Response Surface Methodology. New York. 7 Edition 2008. Mikell P Groover. Tech. John E Lenz. Taguchi’s Paramet er Design.. Assembly M. Automation. 1991 3. FMS planning and control. Marcel Dekker Inc.. 2007 ME5471 FINITE ELEMENT ANALYSIS (3-0-0) 3 Identification of Physical problems. New Jersey. FMS control. 1991 2. McGraw-Hill Book Company. Working examples of FMS installations. William W Luggen. Production Systems and Computer Integrated Manufacturing. John Wiley & Sons. Prentice Hall Inc.. Flexible Manufacturing. Warangal Factorial and Fractional Factorial experiments. Flexible Manufacturing Systems. FMS planning. New York. New Delhi. Prentice Hall Inc. Loading models in FMS. Design and Analysis of th Experiments. 3rd Edition. ME5363 FLEXIBLE MANUFACTURING SYSTEMS (3-0-0) 3 FMS planning. Mathematical Models.C. 4. Flexible Manufacturing Cells and Systems. Flexibility and productivity.. Models for performance evaluation and FMS configuration. FMS short term planning problems. Reading: 1. Prentice Hall Inc. Flexibility in pull and push type production ordering systems. Production planning model for an FMS. Reading: 1. Decision models for the design of a FMS. (Mechanical Engineering) – Scheme and Syllabi . Orthogonal Arrays. Reza A Maleki. New Jersey. New York.National Institute of Technology. M. The Finite Element Method: Its Basics and Fundamentals. Elsevier.. S.. Zienkiewicz. 2007 M. forming and forging applications Reading: 1. Warangal considerations. (Mechanical Engineering) – Scheme and Syllabi . The Finite Element Method in Engineering. David S. O. Elsevier 2011 2.National Institute of Technology. Concepts and Applications of Finite Element Analysis. C. 3/e. Robert D. N. Finite Element Method in Engineering Tata McGraw Hill. Michel E Plesha.C. Boundary conditions and their incorporation. 2007 4. Overview of FE applications in Metal cutting. Formulation of FE characteristics Plane stress. 3. S. John Willey & Sons 2000. Case studies on involving bars. Rao. Plane strain and Axi-symmetric elements. 6/e. beams and frames. 5/e. casting. Reddy. Tech. trusses. J. Warangal SCHEME OF INSTRUCTION AND SYLLABI M. Semester – II Course Title Computer Integrated Manufacturing Product Lifecycle Management Modeling and Simulation of Manufacturing Systems Elective 3 Elective 4 Elective 5 Manufacturing Simulation Laboratory CNC Laboratory Seminar Total L 4 4 4 4 3 3 0 0 22 T 0 0 0 0 0 0 0 0 0 P 0 0 0 0 0 0 3 3 6 Credits 4 4 4 4 3 3 2 2 26 ME5304 ME5406 S. ME5351 ME5352 ME5353 L 4 4 4 3 3 3 0 0 0 21 T 0 0 0 0 0 0 0 0 0 0 P 0 0 0 0 0 0 3 3 3 9 Credits 4 4 4 3 3 3 2 2 2 27 ME5354 ME5255 ME5391 M. Tech.TECH. Semester – I Course Title CNC Systems and Programming Integrated Production Control Systems Mechatronics and MEMS Advanced CAD Elective 1 Elective 2 Mechatronics and Automation Laboratory CAD Laboratory Total I Year (CIM). ME5301 ME5302 ME5303 ME5404 I Year (CIM). No.National Institute of Technology. No. (Mechanical Engineering) – Scheme and Syllabi . 1 2 3 4 5 6 7 8 Course No. DEGREE IN COMPUTER INTEGRATED MANUFACTURING S. 1 2 3 4 5 6 7 8 9 Course No. Tech. (Mechanical Engineering) – Scheme and Syllabi . 1 Course No.Part A 8 Total 12 II Year (CIM).National Institute of Technology. No. Course Title Credits ME6399 Dissertation . Semester – I Course No. 1 2 S. No. Course Title Credits ME6342 Comprehensive Viva – Voce 4 ME6349 Dissertation . Semester – II Course No.Part B 18 Total 18 List of Elective Courses Semester – I Semester – II Course Title Course Course Title No. ME5311 ME5312 ME5313 ME5314 ME5315 ME5211 Category Core courses Electives Lab Courses Comprehensive Total 28 15 08 04 M. Warangal II Year (CIM). Business Intelligence ME5361 Supply Chain Management Robotics ME5362 Design and Analysis of Experiments Enterprise Resource ME5363 Flexible Manufacturing Planning Systems Soft Computing ME5364 Lean manufacturing Techniques systems Computer Aided ME5365 Concurrent Inspection Systems Engineering Rapid Manufacturing ME5366 Artificial Intelligence in Processes CIM ME5367 Computer Networks for Manufacturing ME5262 Product Design for Manufacturing and Assembly ME5471 Finite Element Analysis Consolidated Credits Sem – I Sem – II Sem – III 16 12 -06 09 -04 04 ---04 Sem – IV ----- S. Englewood Cliff. New Jersey. Production Scheduling. NC/CNC controller. 2. Factory dynamics and variability. Singapore. Integrated approach to production planning and control.. 2002. Computer control of Manufacturing Systems. Shop floor control. software and hardware interpolators. Reading: 1. The JIT revolution. Push and pull production systems. 2012. Chase R B. Pearson Education Pvt Ltd. adaptive control systems. DNC systems. Drives and feedback drives. Tooling for CNC. Operations Management: Strategy and Analysis. Industrial Press Inc. Capacity planning. McGraw Hill International. 2. James V. th Introduction to Computer Numerical Control. CNC Machining and Programming: An Introduction. Tech. Design Considerations of NC machines. 2006. 5 Edition. Plant location and Plant layout. Singapore. The MRP crusade. 3.National Institute of Technology. Reading: 1. Operations M. NC programming. Krajewski U and Ritzman LP. ME5302 INTEGRATED PRODUCTION CONTROL SYSTEMS (4-0-0) 4 Competitive priorities and manufacturing strategy. Aquilano NJ and Jacobs RF. Inventory control: From EOQ to ROP. Valentino and Joseph Goldenberg. 2003. David Gibbs and Thomas Crandall. Computer aided programming. Facility Design: Product design and process selection. Warangal Viva-Voce Seminar Dissertation Total ME5301 --26 02 -27 -08 12 -18 18 02 26 83 (4-0-0) 4 CNC SYSTEMS AND PROGRAMMING Numerical Control Machines. Prentice Hall. Classification. (Mechanical Engineering) – Scheme and Syllabi . Yoram Koren. Aggregate and workforce planning.. Closed-loop Controllers . Etching. Analysis and Control of physical systems .Effect of scaling Fabrication techniques: Oxidation.Response of Dynamic Systems . Behavioral Modeling. Hopp WJ and Spearman ML. 3. DRIE Applications: Lab on chip Reading: 1.A/D and D/A Conversion . Pearson Education. McGraw-Hill Book Company. Curve representation: analytic and synthetic curves. Solid Modeling Techniques. Tech. 2011. Mechatronics. NY. 2005. Micro Electro Mechanical Systems Design. (Mechanical Engineering) – Scheme and Syllabi . ME5404 ADVANCED CAD (4-0-0) 4 Hardware and software for CAD. Design Applications: Mechanical tolerances. Mc. CRC Press Taylor & Francis group. Bolton. Wafer bonding. Alcaiatore and Michel B. 2006. McGrawHill Book Company. Graw Hill Int. Transformations. Mass property calculations and Mechanical Assembly. 3. David G. Introduction to Mechatronics and Measuring Systems. System Interfaces. Assembling Modeling. MEMS: History .Microprocessors and Microcontrollers. Histand.National Institute of Technology. 2. 2001.System Transfer Functions . Sputter disposition. CAD/CAM Exchange formats. Electronic Control Systems in Mechanical and Electrical Engineering. CVD. integrated design issues Sensors and Actuators used in Mechatronics devices Modeling. Factory Physics: Foundations of Manufacturing Management. James J Allen.Signal Conditioning. Fault Analysis. ME5303 MECHATRONICS AND MEMS (4-0-0) 4 Mechatronics system Design. NY. LIGA. Warangal Management for Competitive Advantage. Edition. Advanced Modeling Concepts: Feature Based Modeling. Examples of Mechatronics systems. Geometric modeling. Surface Modeling.Data Acquisition. Logic System Design Programmable Logic Controllers (PLCs) . M. W. Lithography. CAD / CAM Theory and Practice. Pneumatic Trainer and Programming on Micro-controller based autonomous Robot. Mechatronics Training System. 2007. Exercises on Modeling. Automated Assembly systems. ME5406 CAD LABORATORY (0-0-3) 2 Exercises using AutoCAD commands. TMH. 3 Edition. Ibrahim Zeid. ME5351 COMPUTER INTEGRATED MANUFACTURING (4-0-0) 4 Manufacturing Automation. J A Adams. Automated Inspection systems. rd New Delhi. Warangal Conceptual Design and Top Down Design. Scheduling and Analysis of CIM systems. Production Systems and Computer Integrated Manufacturing. 2008 ME5304 MECHATRONICS AND AUTOMATION LABORATORY (0-0-3) 2 Experiments on Instrumentation Tutor Kit. Line Balancing. Mathematical Elements for Computer Graphics. Cell Design. (Mechanical Engineering) – Scheme and Syllabi . Collaborative Design. Exercises on Computer Graphics using Open GL. Cellular Manufacturing Systems. Automation strategies. Computer Aided Process Planning. Servo Fundamentals Trainer. script files. Data base For CIM.National Institute of Technology. 2. Assembly and manufacturing using ProE. Computer Integrated Manufacturing. Automation. M. Planning. Reading: 1.. Automatic Material Handling and Storage systems. Flexible Manufacturing Systems. Automated Flow lines. Components of CIM. Simulation of automation systems using Automation studio. Group Technology. 2010. PLC. Auto LISP. Tech. Prentice Hall Inc. Mikell P Groover. Customization of AutoCAD. Reading: 1. David F Rogers. Tata McGraw HilL. New Delhi. Prentice Hall Inc.. M. Enterprise solution with PLM. Nelson. Nicol. Impact of Manufacturing with PLM. ME5352 PRODUCT LIFECYCLE MANAGEMENT (4-0-0) 4 Fundamentals of PLM. Integration of PLM and CRM. New Jersey. David Kelton. Jerry Banks.National Institute of Technology. Warangal 2. Tech. Validation and verification etc.Shahabudeen. output data. Design of simulation experiment: analysis of input data. 2011. Intelligent Manufacturing System. Monte-Carlo simulation. Barry L. Principles of modeling and simulation. IBM Red books. Random variate. and P. Standardized product data and materials data model.. Implementing end to end business process management. Jaya Krishna S. Optimization of ERP for PLM. Random numbers generation. TATA McGraw Hill. PLM service information model. 3. Discrete event simulation. Simulation Modeling and Analysis. Averill M. Law and W. (Mechanical Engineering) – Scheme and Syllabi . SOA approach to Enterprise Integration for Product Lifecycle. PLM for e-manufacturing. David M. System Approach to Computer Integrated Manufacturing. PLM applications in process and product industries examples Reading: 1. New Delhi 2008. ICFAI Publications 2011 2. 1996. Carson. ME5353 MODELING AND SIMULATION OF MANUFACTURING SYSTEMS (4-0-0) 4 Introduction to System and simulation. John S. Modeling and analysis of manufacturing systems using Markov chains queuing networks and Game theory Reading: 1. Review of probability. Andrew Kusiak. Prentice Hall of India. 2. Product Lifecycle Management: Concepts and cases. Wiley & Sons Inc. Nanua Singh. Steps in simulation. Test for random numbers. Discrete Event System Simulation.. Over view of simulation languages. 1992. manipulator dynamics-simple cases. . Meta Data Repository Development. Aronson. Larissa T Moss. trajectory planning. Database Design. Joints. Wrists. Flexsim. Meta Data Repository Design. actuators. (Mechanical Engineering) – Scheme and Syllabi . 2006. Ramesh Sharda. Enterprise Infrastructure Evaluation. Training on CNC machines ME 5311 BUSINESS INTELLIGENCE (3-0-0) 3 Development Steps. Application Prototyping . Reading: 1. Application Development. Project Planning. Extract/ Transport/ Load Design. Data Analysis. JIT systems and FMS using Automod. modular robots. 2. Data Mining. Project Requirements Definition. Warangal 2006.National Institute of Technology. ME5255 CNC LABORATORY (0-0-3) 2 CNC programming for turned and milled components using Denford. Ting-Peng Liang. 8 Edition. Forward Kinematics. ME5354 MANUFACTURING SIMULATION LABORATORY (0-0-3) 2 Simulation experiments on automated manufacturing systems. Robot sensors and Machine vision. Jay E. Arm configurations. Tech. Efraim Turban . ME5312 ROBOTICS (3-0-0) 3 Fundamentals of Robotics. Robot programming-one view of various programming languages. Addison-Wesley Information Technology Series. Extract/ Transport/ Load Development. Decision Support and Business th Intelligence Systems. Sinutrain and Master CAM. Witness softwares. Meta Data Repository Analysis. Prentice Hall. design of end effectors. 2003. Business Intelligence Roadmap. Robot Industrial and Non industrial applications M. Awesim. ProModel. Inverse kinematics. Carol A Ptak. Genetic Programming. 2008. Tech.R.. Selecting the right ERP system. Tomassini and Marco. Ant Colony. Tata McGraw Hill Pub. Customer Relationship and Service. tools. Introduction to Determining and D. Operations planning – Demand management.. Data Record Accuracy. Soft Computing Integrating Evolutionary. Klafter. (Mechanical Engineering) – Scheme and Syllabi . Springer. 1990 M. CRC Press. 1994. Integrating the supply chain. Swarm Optimization. Artificial Intelligence. Alexis Leon. PLC Management. Evolutionary Computing Methods. Elaine Rich. Warangal Reading: 1. and Applications nd for Integrating the Supply Chain. Distribution Networks. Artificial Neural Networks. 2. New Delhi.Chmielewski and Michael Negin. Fu and Gonzales. Reading: 1. 2 Edition. 2001 2. strategic sourcing and procurement. Richard D. Remanufacturing and Project Manufacturing. 2009. 2007 2. 2/e. Manufacturing Execution system. Deb. Techniques. McGraw Hill. Neural and Fuzzy Systems. Tata McGraw Hill Book Co.M. Tettamanzi Andrea. 2003. Advances in Soft Computing Tools. S. Thomas A. CRP. Industrial Robotics. Reading: 1. Robotics Technology and Flexible nd Automation. Prentice-Hall India Private Limited. ERP system Requirements. ME5313 ENTERPRISE RESOURCE PLANNING (3-0-0) 3 ERP checklist. Artificial Immure Algorithms. Process. Robotic Engineering An Integrated Approach. Sheep Flock. ME5314 SOFT COMPUTING TECHNIQUES (3-0-0) 3 Problem Solving Methods and Tools.National Institute of Technology. ERP: Tools. 2 Edition. ERP Demystified.Repetitive. 3. Implementation. McGraw Hill.. MRP. Genetic Algorithm. Application of Soft Computing to Mechanical Engineering/Production Engineering Problems. World Scientific.1974. New York. Rapid Prototyping: Principles and Applications in Manufacturing. Kalyanmoy Deb... Engineering Metrology. Image processing and its application in Metrology. Additive M. Ian Gibson. (Mechanical Engineering) – Scheme and Syllabi . Leong Kah Fai... 2. Thomas.. Selective Laser Sintering. Reverse Engineering and Integration of Reverse Engineering and RP. Basic Principal of Review of RP processes. Defects in STL files and repairing algorithms. Chua Chee Kai. Rapid Tooling techniques. Armbruster and Ulzmann. Strength of RP Parts. John Wiley and Sons. STL file generation. Slicing. Interface Technology For Computer Controlled Manufacturing Processes. 2001 ME5315 COMPUTER AIDED INSPECTION SYSTEMS (3-0-0) 3 Laser Metrology – Applications of Lasers in precision measurements – Laser interferometer.1993 ME5211 RAPID MANUFACTURING PROCESSES (3-0-0) 3 Review of solid modeling techniques with comparison advantages and disadvantages. Part Deposition Orientation. Tech. David W Rosen. Marcel Dekker Pub.National Institute of Technology. Stereo lithography. Process Planning for Rapid Prototyping. G. G. 3D Printing. Ulrich-Rembold.. 2. Reading: 1. Laser scanners. speckle measurements. Laminated Object Manufacturing. Warangal 3. Chu Sing Lim.. Surface Roughness problems in Rapid Prototyping. Ballistic Particle Modeling etc. Reading: 1. Fused Deposition Modeling. Butterworth PUB. Coordinate Measuring Machine – Types of CMM – Probes used – Applications – Non contact CMM using Electro-optical sensors for dimensional metrology – Non contact sensors for surface finish measurements. Accuracy issues in Rapid Prototyping. Multi-objective Optimization using Evolutionary Algorithms. Brent Stucker. 2010. Distribution and Transportation Networks. ME5363 FLEXIBLE MANUFACTURING (3-0-0) 3 M. ME5362 DESIGN AND ANALYSIS OF EXPERIMENTS (3-0-0) 3 Fundamental of Experimentation. 2010.National Institute of Technology. 2010. Role and impact of Ebusiness. Philp Kamintry and Edith Simchy Levy. John Wiley & Sons. David Simchi-Levi. Rafiq Noorani. 7th Edition 2008. Taguchi Techniques for Quality Engineering. Rapid Prototyping: Principles and Applications in Manufacturing. Drivers of supply chain performance. Supply Chain Management – Strategy. New York. Orthogonal Arrays. 3. Bull Whip effect and Coordination. Simple comparative experiments. 2. Response Surface Methodology.. Montgomery D. John Wiley & Sons. Procurement and outsourcing strategies. Factorial and Fractional Factorial experiments. 2. 2011. ME5361 SUPPLY CHAIN MANAGEMENT (3-0-0) 3 Competitive and Supply Chain strategies. Warangal Manufacturing Technologies: Rapid Prototyping to Direct Digital Manufacturing. McGraw-Hill Book Company. Managing demand and supply in supply chain: Managing inventories in supply chain. Experiments with single factor. TMH. 2006. Reading: 1.J. Sunil Chopra and Peter Meindl. Designing and Managing the Supply Chain Concepts Strategies and Case Studies. Taguchi’s Parameter Design. Design and Analysis of Experiments.. Planning and Operation. 2008. Tech. ANOVA.C. Springer. Ross P. Reading: 1. (Mechanical Engineering) – Scheme and Syllabi .. Pearson Education Asia. New York. Askin R G and Goldberg J B. (Mechanical Engineering) – Scheme and Syllabi . Tech. Flexibility in pull and push type production ordering system. John E Lenz. Reading: 1. Prentice Hall Inc. Working examples of FMS installations. Lean Tools: A Pocket Guide to Implementing Lean Practices. Design and Analysis of Lean Production Systems. Mikell P Groover. FMS planning. FMS short term planning problems.. William W Luggen. Reza A Maleki. Flexibility and productivity. Automation. Flexible Manufacturing. Marcel Dekker Inc. FMS planning and control. John Wiley and Sons Inc. 4. Warangal SYSTEMS FMS. New York. Lean Manufacturing Concepts: Lean Manufacturing Tools And Methodologies: Value Stream Mapping: ONE-PIECE FLOW: Implementing Lean: Reconciling Lean With Other Systems: Toyota production system-lean six sigma-lean and ERP-lean with ISO9001:2000. 1989.National Institute of Technology. 2003. Prentice Hall Inc. 2007 ME5364 LEAN MANUFACTURING SYSTEMS (3-0-0) 3 Introduction to Lean Manufacturing. FMS planning. Production Systems and Computer Integrated Manufacturing. 2. Prentice Hall Inc. New Delhi. Micheal Wader. Reading: 1.. Loading models in flexible manufacturing systems.. 3rd Edition. M. 2002. New Jersey. Flexibility assessment . Flexible Manufacturing Systems. Decision models for the design of a Flexible Manufacturing system. Productivity and Quality Publishing Pvt Ltd. FMS control. Flexible Manufacturing Cells And Systems. 1991 3. 1991 2. Models for performance evaluation and FMS configuration. New Jersey. Production planning model for a flexible manufacturing system. Flexibility issues. Computational Intelligence in Design and Manufacturing. Multi layered networks. Andrew Kusiak. McGraw Hill.I. 2000. 1989 2.). G. M. L. Andrew Kusiak.2005 2. Richard B Chase F Robert Jacobs and Nicholas J Aquilano. Learning Systems. Applications of KBS for Assembly. Prentice Hall Publications. NCC Pub. Process Planning and Scheduling. ME5365 CONCURRENT ENGINEERING (3-0-0) 3 Introduction. Wiley-Interscience. Warangal 3. Reading: 1. Simons. Introducing Artificial Intelligence. Expert systems. Knowledge based systems (KBS). 1992 ME5366 ARTIFICIAL INTELLIGENCE IN CIM (3-0-0) 3 Artificial Intelligence (A. Expert system applications for CIM. Case studies. Assembly workstation design. Tech. Operations Management for Competitive th Advantage. Fuzzy Logic And Fuzzy Sets. Reading: 1. McGraw Hill/Irwin. Intelligent Manufacturing Systems. Learning and Problem Solving. design of automated fabrication systems. John Wiley and Sons.National Institute of Technology. Tools. Strategic approach and technical aspects of product design. Andrew Kusiak. Fault Diagnostics. Concurrent Engineering: Automation. ME5367 COMPUTER NETWORKS FOR MANUFACTURING (3-0-0) 3 Introduction: Data communications. Knowledge Acquisition and Representation. the internet. 3. Concurrent Design of Product and Processes. Issues in manufacturing systems design. 1990. Applications of Fuzzy systems and ANNS for selection of Robots. 10 Edition. Artificial Neural Networks.. (Mechanical Engineering) – Scheme and Syllabi . 2003. James L Nevins and Daniel E Whitney. Networks. and Techniques.. data link control and protocols. Network Layer: Host-to-host Delivery: Internetworking. Network models: Layered tasks. PPP. unguided media: wireless. (Mechanical Engineering) – Scheme and Syllabi . Application layer: DNS.National Institute of Technology. Warangal protocols and standards. Transmission media: Guided media. OSI Model. Addressing and Routing. Multi Access. M. Internet model. Electronic mail and FTP. Data link layer: Error detection and correction. HTTP and WWW. Network protocols. Transport layer: Process-to-process Delivery: UDP and TCP. LAN – Ethernet and Wireless. Tech. Semester – I Course Title L Engineering Design Advanced Mechanics of Solids Advanced Mechanical Vibrations Advanced CAD Elective . (Mechanical Engineering) – Scheme and Syllabi .TECH. ME5451 ME5452 ME5453 I Year (PDD).II Numerical Simulation Laboratory CAD Laboratory Total 4 4 4 4 3 3 0 0 22 T 0 0 0 0 0 0 0 0 0 P 0 0 0 0 0 0 3 3 6 Credits 4 4 4 4 3 3 2 2 26 ME5405 ME5406 S. DEGREE IN PRODUCT DESIGN AND DEVELOPEMENT S.National Institute of Technology. 1 2 3 4 5 6 7 8 9 Course No.I Elective .III 3 Elective – IV 3 Elective – V 3 Computer Aided Analysis 0 Laboratory Rapid Prototyping Laboratory 0 Seminar 0 Total 21 II Year (PDD). No. Semester – II Course Title L Integrated Product Design 4 and Development Finite Element Analysis in 4 Design Rapid Manufacturing 4 Techniques Elective . Warangal SCHEME OF INSTRUCTION AND SYLLABI M. ME5401 ME5402 ME5403 ME5404 I Year (PDD). No. 1 2 3 4 5 6 7 8 Course No. Tech. Semester – I T 0 0 0 0 0 0 0 0 0 0 P 0 0 0 0 0 0 3 3 3 9 Credits 4 4 4 3 3 3 2 2 2 27 ME5454 ME5455 ME5491 M. ME5411 ME5412 ME5413 ME5414 ME5415 ME5416 ME5262 List of Elective Courses Semester – I Semester – II Course Title Course Course Title No. Tech. Warangal S. Mechanical Behavior of ME5461 Analysis and Design Materials of Mechanical Systems Optimization Methods ME5462 Fatigue Fracture and for Engineering Failure Analysis Advanced Composites ME5463 Tribology in Design Condition Monitoring ME5464 Structural Health Monitoring Robust Design ME5465 Rotor Dynamics Design for Manufacture ME5466 Reliability Engineering and Assembly Product Lifecycle ME5169 Computational Fluid Management Dynamics ME5361 Supply Chain Management ME5371 Mechatronics Consolidated Credits Sem – I Sem – II Sem – III 16 12 -06 09 -04 04 ---04 Sem – IV ----- Category Core courses Electives Lab Courses Comprehensive Viva-Voce Total 28 15 08 04 M. No.National Institute of Technology. No. (Mechanical Engineering) – Scheme and Syllabi . Semester – II Course No. 1 II Year (PDD). Course Title ME6499 Dissertation .Part B Total Credits 18 18 Course No. 1 2 Course No.Part A Total Credits 4 8 12 S. ME6442 ME6449 Course Title Comprehensive Viva – Voce Dissertation . concept generation and evaluation and Embodiment design. rd 2. 2001. problem definition. Pahl. Methods and methodology. team work and team dynamics. Basis of knowledge for rationalizing EDP. Engineering Design. ME5403 ADVANCED MECHANICAL VIBRATIONS (3-1-0) 4 M. rd 2. Need identification. Krieger Pub Co. Reading: 1. Engineering rd Design. Theories of failure.TMH. Irving H. Design situation. ED systems. 3 Edition. (Mechanical Engineering) – Scheme and Syllabi .S. Advanced Mechanics of Solids. ED Process.National Institute of Technology. Case studies at every stage. 2007. Engineering Design Principles. ME5402 ADVANCED MECHANICS OF SOLIDS (4-0-0) 4 Analysis of stress and strain. 3 Ed. Mechanics of Deformable Solids. W Beitz J Feldhusun. Knowledge related to ED process. 2009.. L. Ethical Issues in Engineering Design (ED). Bending of beams. 2008. Ken Hurst. Elsevier. Introduction to inelastic deformations. ED structure. George E Dieter. Reading: 1. Springer. Thermal stresses. Axisymmetric problems. 3 Ed. Stress-strain relations for linearly elastic solids. Tech. K G Grote. Shames. ED interfaces. 1999. McGraw Hill. Srinath. Energy methods. Warangal Seminar Dissertation Total ME5401 --26 02 -27 -08 12 -18 18 (4-0-0) 4 02 26 83 ENGINEERING DESIGN Historical perspective. Torsion. ED organizations their structure. procedural model support for design engineering. 3. multi degree freedom systems. developing programs in M. (Mechanical Engineering) – Scheme and Syllabi . Conceptual Design and Top Down Design.. TMH. vibration isolation and transmissibility. David F. Advanced Modeling Concepts: Feature Based Modeling. Adams. TMH. th 2. S. introduction to experimental modal analysis. Mechanical Vibrations. modal analysis. Elements of Vibration Analysis.exact and approximate methods. Assembling Modeling. ME5404 ADVANCED CAD (4-0-0) 4 Hardware and software for CAD. McGraw Hill Ltd. 3. Theory of Vibrations with Applications. A. 4 Edition. Mathematical Elements for Computer Graphics. Ibrahim Zeid.T. Lenord Meirovitch. ME5405 NUMERICAL SIMULATION LABORATORY (0-0-3) 2 Developing software programs to solve the problems encountered in the theory courses using Programming languages such as FORTRAN. Warangal Review of free and forced vibrations of single degree freedom systems.National Institute of Technology. 1999. Prentice Hall of India. C++. Transformations. CAD/CAM Exchange formats. 2. whirling of shafts and critical speeds. Geometric modeling. Pearson Education 2004. Design Applications: Mechanical tolerances. Tech. Surface Modeling.S. Curve representation: analytic and synthetic curves. CAD / CAM Theory and Practice. Rogers. Mass property calculations and Mechanical Assembly. continuous systems. two degree freedom systems. Reading: 1. J. Thomson. dynamic vibration absorbers. excitation due to unbalance. Eigen value problems. Collaborative Design. Rao. 2004.. 2010. W. Behavioral Modeling. forced vibrations under transient excitations. support motion. Reading: 1. Solid Modeling Techniques. 2008. National Institute of Technology. case studies on 1-D and 2-D elements. 2008. Warangal the MATLAB environment. bench marking and establishing specification. Exercises on Computer Graphics using Open GL. Life cycle concepts. FE formulation for a general problem in elasticity. Auto LISP. Philosophy behind the approximate methods. 2. Design Theories. Differential formulation. Design Engineering CRC Press. modular design. product portfolios and architectures. Design for robustness. ME5452 FINITE ELEMENT ANALYSIS IN DESIGN (4-0-0) 4 Identification of Physical problems. ME5451 INTEGRATED PRODUCT DESIGN AND DEVELOPMENT (4-0-0) 4 Modern product developments. G. rd Engineering Design. Design for environment. script files. Kristin L. 3 Ed. modeling of product metrics. product development process tools. Otto. Assessment of quality of industrial design. Development of a comprehensive simulation program. Grote. 2004. Pearson Eduction. (Mechanical Engineering) – Scheme and Syllabi . Wood. Assembly and manufacturing using ProE. Plane stress. Ernest Eder. S. Tech. Reading: 1. establishing product function. Exercises on Modeling. concept embodiment. Kevin N. analytical and numerical model solution. Gahl. Formulation of FE characteristics. QFD. Plate bending and Shell M. product tear down and experimentation. Customization of AutoCAD. K. understanding customer needs. Springer 2007. project planning and execution. Plane strain. 3. ME5406 CAD LABORATORY (0-0-3) 2 Exercises using AutoCAD commands.. W. Axisymmetric. generating concepts. Product design. Hosendl. W Beitz J Feldhusun. 4/e. Materials for RP – polymers.. 2007. Classification of RP systems – liquid based.T. Virtual Prototyping and Virtual Reality in Product Development. S S Rao. Introduction to Tooling. Vinesh Raja. Data formats and softwares for RP.. Reading: 1. Warangal elements Isoparametric. powder based. Modal Analysis and Mode superposition methods. Classification of Rapid Tooling – Indirect and Direct Tooling. 2001. 2008. metals. The Finite Element Method for Solid and Structural Mechanics. ME5453 RAPID MANUFACTURING TECHNIQES (4-0-0) 4 Traditional Prototyping Vs. Wiley India. Dynamic Analysis. Convectional Tooling Vs. Elsevier 2007. Zeincowicz. The Finite Element Method for Engineers. Reddy. Sub parametric and Super parametric elements. Springer.N. 3. Kiran J Fernandes. J. Pham. 4. 2. Kenneth H H. D. Rapid Prototyping (RP). Reverse Engineering Industrial Perspectives. 3. Reading: 1. Rapid Prototyping: Principles and Applications in Manufacturing.National Institute of Technology. Finite Element Method in Engineering. 3-D elements and their formulation. Leong Kah Fai. Rapid Manufacturing. 2008. Tech. ceramics and composites. 2. Elsevier 2007.. Reverse Engineering – Methodologies and techniques – Hardware and software – selection of Reverse Engineering System. 2003. Tata McGraw Hill. Rapid Tooling. Need for time compression in product development. World Scientific. Rapid Manufacturing/Research issues of Rapid Prototyping.S. and Byrom T G. Applications of Rapid Prototyping and Tooling. (Mechanical Engineering) – Scheme and Syllabi . 4/e. S. Springer. Chua Chee kai. Dimov. Donald L D. M. The Finite Element Method in Engineering .. solid based. 4/e. Dorn. development of programs in MATLAB environment for the analysis of simple structures. fatigue of polymers. design considerations. Mechanical Behavior of Materials at Elevated Temperatures. strain rate and temperature dependence. McGraw Hill. Fatigue Analysis. strain hardening of metals. 2000. cyclic stress-strain behavior. Simulation of Process Parameters using Catalyst Software and fabrication of CAD Model using FDM RP Machine. McGraw Hill. polymers. Mechanical behavior of ceramics and glasses. Dieter. slip. ME5412 OPTIMIZATION METHODS FOR ENGINEERING (3-0-0) 3 M. fracture mechanics theories. McGraw nd Hill. ME5455 RAPID PROTOTYPING LABORATORY (0-0-3) 2 Converting CAD models into STL files. (Mechanical Engineering) – Scheme and Syllabi . 2005. 2002 3.E. Tech. ductility and fracture. Creep mechanisms. Hellan K. J. Warangal ME5454 COMPUTER AIDED ANALYSIS LABORATORY (0-0-3) 2 Finite element analysis of mechanical structures using ANSYS. ME5411 MECHANICAL BEHAVIOR OF MATERIALS (3-0-0) 3 Tensile testing. composites. George E. 2. 2 Ed. dynamic strain aging. other tests of plastic behavior. Reading: 1. Hardening mechanisms in metals.National Institute of Technology. Converting CT/ MRI scan data using MIMIC Software. Introduction to Fracture Mechanics. Mechanical Metallurgy. Material characterization using optical microscopy and SEM. . Rao. CRC Press. 1971. Chapmann and Hall. 2011. 2009. Vibration condition Monitoring. 2000. Chawla. 2010. J S. Krishan K. Isermann R. Springer. One dimensional minimization methods. Alan Davies. M. 3. Reading: 1. Donaldson. Steven L. Fault Diagnosis Applications. Properties and performance. Engineering Optimization Theory and rd Practice. SpringerVerlag Berlin. S.. Engineering mechanics analysis and design.. Constituent materials. 2001. Murat Sozer. classical optimization techniques. Optimization Methods for Engineering Design. Science and Engineering. Rao. geometric programming. L. 3. Fabrication Techniques. R. vibration monitoring and analysis. Warangal Statement of an optimization problem. Failure analysis. temperature analysis. 3 Ed. 2. 2 Edition. ASM Handbook Composites Volume 21.National Institute of Technology. (Mechanical Engineering) – Scheme and Syllabi . New Age International. online and offline techniques. oil analysis – wear debris. A brief treatment of linear programming. ME5413 ADVANCED COMPOSITES (3-0-0) 3 Introduction to composites. Reading: 1. 2 Ed. non-destructive techniques. Narosa rd Publishing House.. classification of optimization problems. E. Reading: 1. 2001. 2. Process Modeling in nd Composites Manufacturing. case studies. Applications. 2000. Composite Materials. Suresh G. 2. Tech. S. Shock pulse method. Addison Wesley. Advani. unconstrained and constrained optimization. Fox. dynamic programming and integer programming. ME5414 CONDITION MONITORING (3-0-0) 3 Condition Monitoring application and benefits. Handbook of Condition Monitoring. Parameter Design and Tolerance Design. 2000. 2 Ed. 2. Taguchi Techniques for Quality Engineering. 3 Ed. Experiments: Planning. Stages in Engineering Design: System Design. Warangal ME5415 ROBUST DESIGN (3-0-0) 3 Concept of robustness. (Mechanical Engineering) – Scheme and Syllabi . Tolerance design and allocation. 2005. ME5262 PRODUCT LIFECYCLE MANAGEMENT (3-0-0) 3 M. Factorial experiments and experimental designs for robust parameter design. injection moulding. investment casting and hot forging. 2001. sheet metal working. ME5416 DESIGN FOR MANUFACTURE AND ASSEMBLY (3-0-0) 3 Application of Design for manufacture and assembly with selection of materials and ranking of processes like casting. John Wiely. TMH. Jeff Wu. die casting. Product Design rd for Manufacture and Assembly. Reading: 1. Design for assembly and automation. George E. 2. Ross PJ. 2010. Reading: 1. powder metal process. Control Factors and Noise Factors.National Institute of Technology. Peter Dewhurst. Analysis and Parameter Design. CRC Press. Dieter. Tech. Engineering Design – A Material nd Processing Approach. Loss functions and Signal-to-noise ratios. McGraw Hill International. Geoffrey Boothroyd. Numerical simulation. Creep and stress rupture. TMH. cyclic stress/strain response of materials.. creep under combined stresses. Reading: 1. Introduction to complete system design. 2011.. IC engine components. 9/e. 3/e. Identification of Variables and Parameters. life assessment. Modeling of mechanical systems: Physical models. PLM applications in process and product industries examples Reading: 3. Impact of Manufacturing with PLM. RL Norton. Warangal Fundamentals of PLM. TMH. Standardized product data and materials data model. 3. 2009. deformation mechanism maps. Shigley’s. Enterprise solution with PLM. Machine tool components. Jaya Krishna S. Budynas and Nisbett. Pearson Education. (Mechanical Engineering) – Scheme and Syllabi . 2011. Product Lifecycle Management Concepts and Cases. Mechanical Engineering Design. Integration of PLM and CRM. environmental effects. Analysis and design of mechanisms. M. Formulation of Design problem. Characteristics of Mechanical Design and considerations. SOA approach to Enterprise Integration for Product Lifecycle. Implementing end to end business process management. PLM for e-manufacturing. dislocations and their properties. PLM service information model. ICFAI Publications 2011. fracture mechanics. 4. fracture toughness and design. Tech. 2009. 2. ME5461 ANALYSIS AND DESIGN OF MECHANICAL SYSTEMS (3-0-0) 3 Analysis vs Design. ME5462 FATIGUE FRACTURE AND (3-0-0) 3 FAILURE ANALYSIS Review of elastic and plastic deformation.. Fatigue. super plasticity. IBM Red Books. 2/e. Mathematical models. R L Norton. process of fatigue fracture. Kinematics and Dynamics of Machinery. Machine Design An Integrated Approach. Optimization of ERP for PLM.National Institute of Technology. Neale MJ. 2.W. plasticity corrections. Oxford Univ. Elastohydrodynamic lubrication. 3 Ed. Bearing characteristics. Development of statistical models.Integrity and damage recognition in plates and pipes. COD-J Integral-R curve-probabilistic aspects of fracture mechanics. Data acquisition and cleansing procedures. Cameron A. 2001. 2010.. Batchelor.National Institute of Technology. Reading: 1. Structural Health Monitoring. Mechanical Metallurgy. 3. Properties of lubricants. Elsevier. Engineering Tribology. Claus-Peter Fritzen and Alfredo Guemes. Selection of bearings. 4. CBS Publications. fractography. G. Mechanical behavior of engineering Materials.. 2002. Stages of SHM: Operational evaluation. Williams JA. hydrostatic. Engineering rd Tribology.. McGraw Hill. A.. SHM based Flaw detection in mechanical structures . Ellis Horwood Ltd. Wear monitoring in cutting tools. Reading: 1. 2002 ME5463 TRIBOLOGY IN DESIGN (3-0-0) 3 Friction wear and lubrication. Tribology Hand Book. defect identification in weld joints.W. ISTE Ltd. Daniel Balageas. 2001. Joseph Marin. Press. M. wear of non metallic bearing materials. bearing vibration measurements. (Mechanical Engineering) – Scheme and Syllabi . Tech. 2. George E Diter. strain toughness testing. hydrodynamic. ME5464 STRUCTURAL HEALTH MONITORING (3-0-0) 3 Definition and Significance of SHM. Warangal Kic plane. Stachowaik. 2012. Basic lubrication theory. Feature extraction methods to identify damage sensitive properties. Applications. Wear of bearings. Reading: 1. CRC Press. Eastern Wiley. Muszynka and Agnieszka. TMH. 2005. New Age International. Repairable and non-repairable systems. McGraw Hill. Life testing and reliability assessment. Component reliability models. stiffness and damping forces . Rao. Structural Health Monitoring with Piezoelectric Wafer Active Sensors. Gyroscopic effect. Mechanical reliability. ME5465 ROTOR DYNAMICS (3-0-0) 3 Review of Discrete and Continuous system. 2005. Reliability allocation. Academic Press. 2008. Practical Reliability Engineering. New Delhi. 3 Edition. Critical speeds. Torsional vibration analysis. Reliability Block Diagrams. Chen W J and Guntur E J. ME5466 RELIABILITY ENGINEERING (3-0-0) 3 Basic concepts and Terminology.National Institute of Technology. 2003 2. Rotor balancing. analysis of rotating machines response to steady state and transient excitations Effect of support non-linearity. Introduction to Dynamics of Rotor-bearing Systems. M. algorithm for CFD problems. Rotor Dynamics. 2004. Maintainability analysis Reading: 1. An Introduction to Reliability and Maintainability Engineering. 2. Tools for reliability analysis.. 3. Victor Giurgiutiu. Rotor Dynamics. J S. 2. Rotor instability. governing equations of fluid dynamic equations. (Mechanical Engineering) – Scheme and Syllabi . 2012. O’Connor P and Kleymer A. Tech. Ebeling CE. Reading: rd 1. System reliability models. ME5169 COMPUTATIONAL FLUID DYNAMICS (3-0-0) 3 Review of Numerical Methods. Unbalance response and orbit analysis.rolling element bearings. Warangal 2006. (Mechanical Engineering) – Scheme and Syllabi . I. Cambridge. 2. Pearson Education Asia.A. shock capturing methods. Computational Fluid Dynamics For Engineers. McGraw Hill. Reading: 1. 3. solutions of . Supply Chain Management–Strategy. 2003. Tech. 2011. Applications of Mechatronics. panel methods. grid generations..T. Computational Fluid Mechanics. R. Actuators. Chung.C. Bull Whip effect and Coordination. Sunil Chopra and Peter Meindl. signal conditioning. Philp Kamintry and Edith Simchy Levy. and Pletcher. S.Laplace’s equation. digital design principles and applications. boundary la yer equations etc. II. Vol. Planning and Operation. ME5371 MECHTRONICS (3-0-0) 3 Mechatronics system Design. introduction to turbulence modeling. Anderson. case studies. K. David Simchi-Levi. ME5361 SUPPLY CHAIN MANAGEMENT (3-0-0) 3 Competitive and Supply Chain strategies. Role and impact of E-business.. Hoffman. P. Computational Fluid Dynamics. University Press. and Chiang. Designing and Managing the Supply Chain – Concepts Strategies and Case Studies. 2002. and Heat Transfer . D. Managing demand and supply in supply chain: Managing inventories in supply chain.. Reading: 1. Engineering Education System.J. Sensors and transducers.National Institute of Technology. Programmable logic controllers. Heat equation. Warangal applications of CFD in various engineering fields.A.. PID and adaptive controllers. D. Reading: M. real time interfacing. PD. and III.. T.. 2. 2000. Tannehill. TMH. Procurement and outsourcing strategies. Modeling and simulation. J.H. Burger’s equation. Drivers of supply chain performance. Distribution and Transportation Networks. 2010. National Institute of Technology, Warangal 1. Devdas Shetty and Rochand A. Kolk, Mechatronics System Design, PWS Publishing Company, 2000. 2. Michel B. Histand and David G. Alcaiatore, Introduction to Mechatronics and Measuring Systems , Int. Edition, Mc. Graw Hill, 2001. 3. W. Bolton, Mechatronics, Pearson Education, New Delhi, 2002. M. Tech. (Mechanical Engineering) – Scheme and Syllabi National Institute of Technology, Warangal SCHEME OF INSTRUCTION AND SYLLABI M.TECH. DEGREE IN AUTOMOBILE ENGINEERING S. No. 1 2 3 4 5 6 7 8 I Year (Automobile Engineering), Semester – I Course Course Title L T P No. ME5501 Automotive Engineering 4 0 0 ME5502 Prime Movers for 4 0 0 Automobiles ME5403 Advanced Mechanical 4 0 0 Vibrations ME5404 Advanced CAD 4 0 0 Elective – I 3 0 0 Elective – II 3 0 0 ME5406 CAD Laboratory 0 0 3 ME5503 Computational Laboratory 0 0 3 Total 22 0 6 I Year (Automobile Engineering), Semester – II Course Course Title L T P No. ME5551 Automotive Body Structures 4 0 0 ME5452 Finite Element Analysis in 4 0 0 Design ME5456 Vehicle Dynamics 4 0 0 Elective – III 3 0 0 Elective – IV 3 0 0 Elective – V 3 0 0 ME5553 Automotive Engines 0 0 3 Laboratory ME5554 Simulation Laboratory 0 0 3 ME5591 Seminar 0 0 3 Total 21 0 9 Credits 4 4 4 4 3 3 2 2 26 S. No. 1 2 3 4 5 6 7 8 9 Credits 4 4 4 3 3 3 2 2 2 27 S. No. II Year (Automobile Engineering), Semester – I Course Course Title Credits M. Tech. (Mechanical Engineering) – Scheme and Syllabi National Institute of Technology, Warangal 1 2 No. ME6542 ME6549 Comprehensive Viva – Voce Dissertation - Part A Total 4 8 12 M. Tech. (Mechanical Engineering) – Scheme and Syllabi Part B 18 Total 18 List of Elective Courses Semester – I Semester – II Course Title Course Course Title No.National Institute of Technology. Course Title Credits ME6599 Dissertation . Alternate Fuels and ME5561 Vehicle Testing and Emissions Instrumentation Manufacturing ME5563 Automotive Management Electronics Mechanical Behavior of ME5564 Advanced Materials Materials and Sensors for Automobiles Optimization Methods ME5169 Computational Fluid for Engineering Dynamics Condition Monitoring ME5361 Supply Chain Management Robust Design ME5371 Mechatronics ME5463 Tribology in Design ME5466 Reliability Engineering ME5469 Automotive Design Consolidated Credits Sem – I Sem – II Sem – III 16 12 -06 09 -04 04 ---04 --26 02 -27 -08 12 Sem – IV -----18 18 Course No. ME5511 ME5316 ME5411 ME5412 ME5415 ME5416 Category Core courses Electives Lab Courses Comprehensive Viva-Voce Seminar Dissertation Total Total 28 15 08 04 02 26 83 M. Semester – II Course No. (Mechanical Engineering) – Scheme and Syllabi . Tech. No. Warangal S. 1 II Year (Automobile Engineering). National Institute of Technology. Engine cooling. lighting and accessories. 2009 4. Engines. automatic transmission systems. torque converters. Hotchkiss and torque tube drives. tyres. John B. Kirpal Singh. Tata McGraw-Hill. Heywood. 1& 2. Standard Publishers. Warangal ME5501 AUTOMOTIVE ENGINEERING (4-0-0) 4 Layout of different kinds of vehicles. front axle construction and steering systems. lubrication and ignition (including electronic ignition) systems. fuel requirement. Obert. I C Engine modeling. 2003. Two-stroke cycle engines-scavenging systems. Jack Erjavec.. supercharging and turbo charging. ME5502 PRIME MOVERS FOR AUTOMOBILES (4-0-0) 4 I. Crouse and Anglin. New Delhi. 2/e.S . flow through valves. Automobile Engineering Vol. Gear Box and types.C. Cengage Learning pub. 2001. design and operating parameters. Gas Exchange processes-Inlet and exhaust processes. 3. Edward F. (Mechanical Engineering) – Scheme and Syllabi . cycle analysis. IC Engine Fundamentals. Harper and Row publishers. efficiency and emissions. Rear axle and final drive differential. combustion and analysis. 9/e. 2000. Reading: 1. 2002 M. Tata McGraw-Hill. Engine operating characteristicsoperating variables that affect SI and CI engine performance. McGraw Hill. combustion chambers. carburetion and fuel injection systems. including fluid couplings. Suspension systems. function components. 2. Tech. Brakes. 3. Reading: 1. Automotive Mechanics. Sparkignition engines-Mixture preparation. A Systems approach to automotive technology. Automotive Mechanism. CF Taylor and Taylor: IC Engines and Theory and Practice. 2003. Oxford. IC Engines and Air Pollution. Clutch. Vol I & II. Srinivasan. 2003 2. J A Adams. CAD / CAM Theory and Practice. Assembly M. introduction to experimental modal analysis. Exercises on Modeling. Conceptual Design and Top Down Design. Rao. Surface Modeling. model analysis free and forced vibrations. 2004 2. Reading: 1.. Mc Graw Hill.. Auto LISP. Mathematical Elements for Computer Graphics. Laplace transformation technique. Collaborative Design. 4/e. eigen value problems. Design Applications: Mechanical tolerances. Behavioral Modeling. Ibrahim Zeid. ME5404 ADVANCED CAD (4-0-0) 4 Hardware and software for CAD. impulse response technique. Mechanical Vibrations. dynamic vibration absorbers. 2008 ME5406 CAD LABORATORY (0-0-3) 2 Exercises using AutoCAD commands. W. David F Rogers. Customization of AutoCAD. 4. Solid Modeling Techniques. vibration measuring devices. CAD/CAM Exchange formats. (Mechanical Engineering) – Scheme and Syllabi .National Institute of Technology.S. Tech. Lenord Meirovitch. Advanced Modeling Concepts: Feature Based Modeling. Theory of Vibrations with Applications. Mass property calculations and Mechanical Assembly. Prentice Hall of India. Geometric modeling. Curve representation: analytic and synthetic curves. TMH. vibration control.T. two and multi degree freedom systems. Elements of Vibration Analysis. Tata McGraw Hill. 1999. Reading: 3. Thomson. 2010. Assembling Modeling. script files. 3. continuous systems. Warangal ME5403 ADVANCED MECHANICAL VIBRATIONS (4-0-0) 4 Review of free and forced vibrations of damped and undamped single degree freedom systems. Pearson Education. Transformations. 2004.. S. Jason C Brown.National Institute of Technology. Safety and crash analysis. ME5452 FINITE ELEMENT ANALYSIS IN DESIGN (4-0-0) 4 Identification of Physical problems. Simultaneous algebraic equations.A continuum Approach. FE softwares. FE formulation for a general problem in elasticity: 1D and 2-D problems. construction of body subassemblies and model variants. Dynamic Analysis using FE. Case studies on 2-D elements. CRC Press. structural surfaces and floor grillages. Need for FE modeling. Algorithmic approach for developing the code by the individuals. Motor Vehicle Structures. Warangal and manufacturing using ProE. Numerical integration. Establishing the Mathematical Models. scope and limitations of SSS method. Tech. 2002. June 19. Vehicle Crash Mechanics. standard sedan (saloon) . (Mechanical Engineering) – Scheme and Syllabi . Numerical methods for ordinary and partial differential equations using C++ and MATLAB. Modal Analysis and Mode superposition methods. M. Reading: 1. Approximate methods for the solution of the mathematical models. ME5551 AUTOMOTIVE BODY STRUCTURES (4-0-0) 4 Introduction to SSS method. overview of vehicle structures. ME5503 COMPUTATIONAL LABORATORY (0-0-3) 2 Programming for numerical solutions of transcendental equations. Butterworth Heinemann. Numerical differentiation. case studies on positioning and sizing of major car components. 3-D elements and their formulation. 2002. Matthew Huang. applications of SSS method. fundamentals and preliminary sizing of sections and joints. fundamental vehicle loads and estimation. Exercises on Computer Graphics using Open GL.baseline load paths. 2. Acceleration Performance . Amitosh D. Road Vehicle Dynamics. ME5554 SIMULATION LABORATORY (0-0-3) 2 M. Elsevier. The Finite Element Method for Solid and Structural Mechanics.Steering systems . spoilers .Braking Performance Ride . ME5553 AUTOMOTIVE ENGINES LABORATORY (0-0-3) 2 Constant speed and variable speed performance tests on SI and CI engines and comparison of their performance parameters like specific fuel consumption.. O.National Institute of Technology. 3/e. Vehicle Dynamics. Aerodynamic forces. (Mechanical Engineering) – Scheme and Syllabi . Motoring and Retardation tests on CI engine to determine friction power. Rao V Dukkipati. 2010 3. Werner and Karl. Warangal Reading: 1. Tata-McGraw Hill. Tech..N. SSRao The Finite Element Method in Engineering 4/e. Finite Element Method in Engineering . Zienkiewicz. 2008. Elsevier Ltd. Hans B Pacejka. lift. Tire and Vehicle Dynamics. 2007 ME5456 VEHICLE DYNAMICS (4-0-0) 4 Static and Dynamic loads. Reddy. Springer Berlin Heidelberg. Reading: 1. 2007 2. drag. C.Steady State cornering – Suspension mechanics. Duel-fuel performance. Galgotia Book Ltd. Ground Vehicle Dynamics. Springer 2008 4. J. Butterworth Heinemann. 2012 2. 2007 3. Effect of spark advance on SI engine. (Mechanical Engineering) – Scheme and Syllabi . and Jesseco Jones. Aggregate and workforce planning. Warangal    Training on software packages such as ANSYS and Pro-E Crash analysis using LS DYNA package The students will be guided to carry out an individual term project to develop a comprehensive simulation program individually. Society of Automotive Engineers. Capacity planning. Indian standards. Biogas. natural gas. Maxwell. Alternative fuels: The future of Hydrogen. The MRP crusade. 2002. Commercial Vehicle Alternative Fuels 2007. Inventory control: From EOQ to ROP. Reading: 4. LPG. Alternative fuels: Emissions. Tech. The JIT revolution.T. Fuel cell. Pearson Education Pte Ltd. ALTERNATE FUELS AND EMISSIONS (4-0-0) 4 ME5511 Need for alternate fuels. Timothy. Demand Forecasting. Alcoholsperformance in SI and CI engines. Singapore. Michael Frank Hordeski. 2006. Hydrogen. CRC Press. M. April 2008. ME5316 MANUFACTURING MANAGEMENT (3-0-0) 3 Competitive priorities and manufacturing strategy. Society of Automotive Engineers. Operations Management: Strategy and Analysis. CI engine performance for use with alternative fuels . Reading: 1. Production scheduling.. EURO standards. Hierarchical production planning and control. 3. Economics. Plant location and Plant layout.National Institute of Technology. Automobile emission and control. Llc. Krajewski U and Ritzman LP. ASTM standards. Vegetable oils. and Performance. October 2007. Electric and solar power vehicles. 4. 2. 2002. Society of Automotive Engineers. Facility Design: Product design and process selection. strain rate and temperature dependence. Creep mechanisms. McGraw Hill. S. J. dynamic programming and integer programming. 2. One dimensional minimization methods. classification of optimization problems. Reading: 1. Hardening mechanisms in metals.National Institute of Technology. 2005 2. Optimization Methods for Engineering Design. classical optimization techniques. George E. polymers.E. Mechanical Behavior of Materials at Elevated Temperatures. Rao. Mechanical Metallurgy. Aquilano NJ & Jacobs RF. McGraw Hill. slip. Operations Management. Mechanical behavior of ceramics and glasses. McGraw Hill. 2000 ME5412 OPTIMIZATION METHODS FOR ENGINEERING (3-0-0) 3 Statement of an optimization problem. ductility and fracture. Tech. McGraw-Hill Book Company. L. Reading: 1. Chase RB. Engineering Optimization Theory and Practice.. 2001. ME5411 MECHANICAL BEHAVIOR OF MATERIALS (3-0-0) 3 Tensile testing. Ltd. fatigue of polymers. NY. Dieter. A brief treatment of linear programming. Gaither N and Frazier G. R. 2010.. unconstrained and constrained optimization. strain hardening of metals. 6.. 2002. design considerations. Introduction to Fracture Mechanics. 1971 M. Fatigue Analysis. Thomson Asia Pte. other tests of plastic behavior. Hellan K. geometric programming. New Age International. Addison Wesley. Fox. Warangal 5. composites. 2002 3. 3/e. S. dynamic strain aging. cyclic stress-strain behavior. Material characterization using optical microscopy and SEM. Singapore.Dorn. Operations Management for Competitive Advantage. (Mechanical Engineering) – Scheme and Syllabi . fracture mechanics theories. J S. (Mechanical Engineering) – Scheme and Syllabi . Reading: 4. 2011. Ross PJ. 2005. case studies. Tolerance design. vehicle drag and aerodynamics. vehicle performance and testing techniques.. non-destructive techniques. QFD. Fault Diagnosis Applications. Vibration Condition Monitoring. combustion process and combustion analysis. ME5561 VEHICLE TESTING AND INSTRUMENTATION (3-0-0) 3 Introduction-vehicle testing and instrumentation. Robust parameter selection. 2. Taguchi G. TMH. 2000. 6. vibration monitoring and analysis. TMH. Shock pulse method. Chapmann and Hall. S/N ratios. Concept of robust design. Over view of design of experiments. Vehicle emissions. Tech. Narosa rd Publishing House. vehicle certification. Reading: 1. Alan Davies. oil analysis – wear debris. control factors and noise factors. 2000. Handbook of Condition Monitoring.National Institute of Technology. Engine testing. Flow visualization techniques. online and offline techniques. Taguchi Techniques for Quality Engineering. 5. Chowdhury S and Taguchi S. inner-array and outer-array designs. Warangal ME5415 CONDITION MONITORING (3-0-0) 3 Condition Monitoring application and benefits. temperature analysis. Selection of performance characteristics. Isermann R. ME5416 ROBUST DESIGN (3-0-0) 3 Causes of performance variation. Rao. data analysis. Stages in product/process design. Robust Engineering. 2000. Reading: M. SpringerVerlag Berlin. Fuel injection systems. Basics of measurement techniques. 2 Edition.. Reading: 1. 2002 3. J. 1988. Butterworth-Heinemann. power sources.2007. batteries. 2006. Electricity and Electronics. starting systems. Materials: Theory Properties and Uses. Materials and Processes in Manufacturing. Advance Vehicle Technology. ME5563 AUTOMOTIVE ELECTRONICS (3-0-0) 3 Safety and communication. Martyr and Plint.corrosion phenomenon. Holeman. ME5564 ADVANCED MATERIALS AND SENSORS FOR AUTOMOBILES (3-0-0) 3 Characteristics and fabrication properties of plastically deformed bodies-cold rolled steel-super plasticity –foam materials-materials for safety-bearing materials-coating techniques for wear. Clanser. B. charging systems. 2. Engine testing-theory and Practice. Brady. Experimental Methods for EngineersTata McGraw Hill Co. 10/e. Ronald. William Ribbens. Black. (Mechanical Engineering) – Scheme and Syllabi . Heinz Heisler. Butterworth-Heinemann. with special reference to automobile bodies – advanced materials for automobile. Tech. Digital Storage oscilloscope use. 2. Internal Combustion Engine Fundamentals.T. Elsevier. Electronic fundamentals. heat and environment. Al Santini. 2007. A. George S. J. Circuit fundamentals and basic test equipment. Heywood.materials for super capacitors and electrolytic cells for automobiles. 2. auxiliaries. Warangal 1. Automotive Technology. 4. Sensors. ignition systems.National Institute of Technology. Cengage Publishers. 2002. McGraw-Hill. Henry R.K. wiring diagrams.P. Reading: 1. Vehicle circuits. McGraw Hill Co. John Wiley Publication. John. 2011. M. 2011. Understanding Automotive th Electronics. 6 Edition.. A. Drivers of supply chain performance. 2. D. applications of CFD in various engineering fields.H. 2003. Philp Kamintry and Edith Simchy Levy. Designing and Managing the Supply Chain – Concepts Strategies and Case Studies. II. solutions of . Reading: 1. Computational Fluid Dynamics. ME5361 SUPPLY CHAIN MANAGEMENT (3-0-0) 3 Competitive and Supply Chain strategies. J. 2010. Engineering Education System. (Mechanical Engineering) – Scheme and Syllabi .. 3. R. Computational Fluid Mechanics. and Heat Transfer. Hoffman. Distribution and Transportation Networks. algorithm for CFD problems.. panel methods.T. McGraw Hill. S. grid generations. boundary layer equations etc. and Pletcher. Procurement and outsourcing strategies.A. I. 2000. Warangal ME5169 COMPUTATIONAL FLUID DYNAMICS (3-0-0) 3 Review of Numerical Methods. Tech. Burger’s equation. Anderson. governing equations of fluid dynamic equations. Reading: 1. and III. Tata McGraw Hill. Managing demand and supply in supply chain: Managing inventories in supply chain. Tannehill. Pearson Education Asia.. shock capturing methods. Chung.J.National Institute of Technology. 2002. David Simchi-Levi. Cambridge University Press.Laplace’s equation.C. Bull Whip effect and Coordination. 2. introduction to turbulence modeling. and Chiang. Computational Fluid Dynamics For Engineers. Role and impact of E-business. T. K.. Heat equation. Supply Chain Management – Strategy. Sunil Chopra and Peter Meindl. Planning and Operation. ME5371 MECHATRONICS (3-0-0) 3 M. Vol. 2011.. Reading: 5. digital design principles and applications. real time interfacing. Ellis Horwood Ltd. 2001. ME5463 TRIBOLOGY IN DESIGN (3-0-0) 3 Friction wear and lubrication. Applications of Mechatronics. Engineering Tribology. Bolton. Batchelor. case studies. 2010. Modeling and simulation of electrical. Oxford Univ. McGraw Hill. Warangal Mechatronics system Design. Introduction to Mechatronics and Measuring Systems. A. hydrostatic. Reading: 1. M. Press. 2002.. Mechatronics System Design. New Delhi. PD. PID and adaptive controllers. Williams JA. introduction to MEMS. (Mechanical Engineering) – Scheme and Syllabi . Devdas Shetty and Rochand A. 2001. Kolk. Mechatronics. Cameron A. Alcaiatore. integrated design issues. wear of non metallic bearing materials. Wear of bearings. 6. D. CBS Publications. signal conditioning. Basic lubrication theory. 2012. Tribology Hand Book. Elsevier. Histand and David G.National Institute of Technology. 2000. Selection of bearings.. Engineering rd Tribology. Michel B. 2.W. Stachowaik.W. mechanical and electromechanical systems. bearing vibration measurements. Properties of lubricants. Sensors and transducers used in Mechatronics devices.. W. 7. Programmable logic controllers. hydrodynamic. P. Pearson Education. PWS Publishing Company. 3. 2002. Actuators.. 3 Ed. 8. Elastohydrodynamic lubrication. Neale MJ. Bearing characteristics. G. Tech. TMH.W. Averns. Automotive Engines-Theory.. R. 2012. O’Connor P and Kleymer A. Maintainability analysis. Read Books Publisher. 2009. Kinematic requirement in steering mechanism.D. System reliability models. Judge. John Fenton. UK. Tools for reliability analysis. Reliability allocation. (Mechanical Engineering) – Scheme and Syllabi . Operation and Maintenance.National Institute of Technology. A. Ebeling CE. Automotive Chassis Design. ME5469 AUTOMOTIVE DESIGN (3-0-0) 3 Engine design requirement. Warangal ME5466 RELIABILITY ENGINEERING (3-0-0) 3 Basic concepts and Terminology. Reading: 3. 4. Design. 2008. 2000 M. Practical Reliability Engineering.. Handbook of Automotive Body and System Design. Reliability Block Diagrams. Repairable and non-repairable systems. Tech. UK. transmission system and cooling system. Stratford Book. Component reliability models. New Delhi. Life testing and reliability assessment. dynamic consideration in suspension design. Stratford Book. Safety and comfort aspects in automotive design. fuel injection. UK. Mechanical reliability. 2004. braking system and material requirement. 5. Reading: 1. Wiley. 2. An Introduction to Reliability and Maintainability Engineering.