B.Tech.Mechanical Engineering Semester‐I S.No. 1 2 3 4 5 6 7 8 Course Code ME 301 GPT 301 ME 302 LNG 302 ME 304 CE 401 MAS 411 CHEM 513 Subjects Engineering Graphics I Moral and Value Education Introduction to Manufacturing Process Professional Communication Workshop Practice & Technology Engineering Mechanics Engineering Mathematics I Chemistry L‐T‐P Credits 0‐0‐2 2 2‐0‐0 2 2‐0‐0 2 3‐0‐0 3 2‐0‐2 4 3‐0‐0 3 3‐1‐0 4 3‐1‐1 5 TOTAL 25 Semester‐II S.No. 1 2 3 4 5 6 7 Course Code ECE 301 LNG 303 EEE 303 PHY 312 ME 401 COMP 410 MAS 490 Subjects Basic Electronics Professional Communication II Electrical Engineering Engineering Physics Engineering Graphics II Computer and Languages Engineering Mathematics II L‐T‐P Credits 2‐1‐1 4 3‐0‐0 3 3‐0‐1 4 3‐1‐1 5 0‐0‐2 2 2‐0‐2 4 3‐1‐0 4 TOTAL 26 Semester‐III S.No. 1 2 3 4 5 6 7 8 Course Code ME 403 ME 404 CE 406 CE 408 ME 410 SES 415 COMP 510 MAS 590 Subjects Machine Drawing and Computer Aided Drafting Applied Thermodynamics Fluid Mechanics Strength of Materials Material Science and Testing Environmental Studies Foundation of Information Technology Engineering Mathematics III L‐T‐P 0‐0‐2 3‐1‐1 3‐0‐1 3‐0‐0 3‐0‐1 2‐0‐0 2‐1‐2 3‐1‐0 Credits 2 5 4 3 4 2 5 4 TOTAL 29 Semester‐IV TOTAL 26 Semester‐V S.No. 1 Course Code BAM 315 Subjects L‐T‐P Credits 4 4 4 4 3 4 4 Elements of Economics and Principles of 3‐1‐0 Management Science 2 ME 409 Machine Design I 2‐0‐2 3 ME 503 Heat and Mass Transfer 3‐0‐1 4 ME 504 Dynamic of Machines 3‐0‐1 5 ME 506 Product Development and Design 2‐1‐0 6 ME 507 Manufacturing Science II 3‐0‐1 7 ME 508 IC Engine 3‐1‐0 TOTAL 27 Semester‐VI S.No. Course Code Subjects L‐T‐P 1 2 3 4 5 6 7 8 ME 502 ME 505 EEE 509 ME 513 ME 512 ME 515 ME 580 CE 576 Refrigeration and Air Conditioning Machine Design II Automatic Controls Machine Tool Design Steam Power Engineering Fuel Combustion & Pollution Seminar I Fluid Machinery 3‐0‐1 3‐0‐1 2‐1‐0 3‐1‐0 3‐1‐0 3‐1‐0 0‐0‐2 2‐1‐1 Credits 4 4 3 4 4 4 2 4 TOTAL 29 Note: Four Weeks Practical summer training‐2 after VI Semester (to be evaluated in VII Semester) S.No. 1 2 3 4 5 6 7 Course Code EEE 404 ME 405 ME 407 ME 411 ME 412 ME 416 MAS 491 Subjects Electrical Machines Measurement and Metrology Kinematics of Machines Industrial Engineering Manufacturing Science I Management Information System Computer Based Numerical &Statistical Techniques Subjects L‐T‐P 3‐0‐1 2‐1‐1 3‐1‐0 3‐1‐0 3‐0‐1 3‐0‐0 2‐0‐1 L‐T‐P Credits 4 4 4 4 4 3 3 Credits Semester‐VII S.No. Course Code 1 2 3 4 5 6 7 8 ME 514 ME 601 ME 602 ME 603 ME 604 ME 605 ME 680 ME 699a Condition Monitoring Computer Aided Design Computer aided Manufacturing Automobile Engineering Industrial Training Power Plant Engineering Seminar II Project Formulation 3‐1‐0 3‐0‐2 3‐0‐2 2‐1‐1 0‐0‐2 3‐1‐0 0‐0‐2 0‐0‐2 TOTAL 28 4 5 5 4 2 4 2 2 Semester‐VIII S.No. 1 2 3 4 5 Course Code ME 606 ME 650‐664 ME 650‐664 ME 650‐664 ME 699b Subjects Mechanical System Design Elective ‐1 Elective ‐2 Elective ‐3 Project Execution and Report ENGINEERING GRAPHICS I L‐T‐P 3‐1‐0‐ 3‐0‐0 3‐0‐0 3‐0‐0 0‐0‐6 Credits 4 3 3 3 6 Course Code ME‐301 CREDIT : 2 (0‐0‐2) 1. Introduction: Graphics as a tool to communicate ideas, engineering drawing instruments and its uses. Lettering and dimensioning, scales, layouts of drawing sheets Construction of geometrical figures like pentagon and hexagon. 2. Orthographic Projection: Principles of orthographic projections, Principal and auxiliary planes, First and Third angle projections. Projection of points. Pictorial view.Projection of lines parallel to both the planes. Parallel to one and inclined to other, Inclined to both the planes. Application to practical problems. Projection of solid in simple position, Axis or slant edge inclined to one and parallel to other Plane, Solids lying on a face or generator on a plane. Sectioning of solids lying in various positions, True shape of the section.Development of lateral surfaces, sheet metal drawing. 3. Isometric Projection: Principles of isometric projection, Isometric projection using box and offset methods. References: 1. Bhatt N.D.: Elementary Engineering Drawing, Charothar Publishing. 2. Laxmi Narayan V & Vaish W.: A Text Book of Practical Geometry on Geometrical Drawing. MORAL AND VALUE EDUCATION Course Code GPT‐301 CREDIT : 2 (2‐0‐0) My country and my people, the many Indians, being and becoming an Indian, nationalism and internationalism. Some life issues‐ love, sex and marriage, men and money‐value of time, meaning of work, human communication, human suffering, addiction, ecology, women’s issues. Understanding one’s neighbour, neibhourhood groups: their structure and functions, Patterns of social interaction of group dynamics. Preparation for a career, choice of vocation, motivation for study and research. The present educational system: curriculum and syllabus, teaching methods, examination and work experience. Definition of value education, moral and ethics, laws and morale based on ten commandments and two great commandments. Discovery of self, self‐awareness, growth of intellect‐ man’s spiritual nature emotions, will, respect, the rights of life, liberty, property, truth and reputation. Sin, orign of sin, manifestation of sin, the results of sin, the remedy of sin, sin as an act, Sin as a state, sin as a nature. Conscience‐ as defined in oxford dictionary and Winston dictionary. Types of consciousness (such as Evil, convicted, purged, pure, weak, good, void of offence). INTRODUCTION TO MANUFACTURING PROCESS Course Code ME‐302 CREDIT : 2 (2‐0‐0) 1. Introduction to engineering materials- Metals & alloys- composition-properties and uses 2. Manufacturing Process – Classification, mechanization, Automation , Inter-changeability, computers in manufacturing , CAD,CAM,CIM,MRP, GT 3. Metal Forming- Brief introduction to press working, casting, plastic processing ,Smithy operations. 4. Machine Tools-Introduction to lathe machines , Drilling, Shaper, Slotter, Planer , Boring machines. 5. Machine Operation-Turning, Threading, Boring, Drilling. 6. Plastic Processing PROFESSIONAL COMUNICATION I Course Code LNG‐302 CREDIT : 3 (3‐0‐0) 1. Study of selected Literacy Texts. I.Collection of short essays. Ii.Collection of short stories. 2. Testing Written Comprehension Ability.: Comprehension Passages of 500 words Multiple Choice Questions. 3. Composition & Grammar. 4. Report Writing: Characteristics of Business Reports. Structure of reports: Front Matter, Main Body, and Back Matter Style of Reports: Definition, the Scientific Attitude, Readability of Reports, Choice of Words and Phrases, Construction and length of sentences, Construction and length of Paragraphs. The lineout or break up of a format report Blank Form Report, Frogen Report, Memoranda Form Report, Periodic Report, Miscellaneous Report. 5. Speech Drills: Using the language laboratory to develop Speaking Communication Skills. (i) Word Accent: Production of correct accentual patterns involving two and three syllabi words. (j) Rhythm: Stress‐tone rhythm in sentences. (k) Intonation: Rising Tone and Talking Tone Ear Training and Production Tests. References: 1. Close R.A.: A University Grammar of English Workbook. Longman, London, 1998. 2. Jones, Daniel: English Pronouncing Dictionary, ELBS, and London, 1999. 3. Sharma S.D: A Textbook of Spoken and Written English, Vikas, 1994. 4. Alvarez, Joseph A.: The Elements of Technical Writing, New York: Harcourt, 1998. 5. 5.Bansal, R.K.: Spoken English For India, Orient Longman, 1993. WORKSHOP PRACTICE AND TECHNOLOGY Course Code ME‐304 CREDIT : 4 (2‐ 0‐2) I. Introduction to tools- Description , applications of tools used in different shops 2. Carpentry- Classification of tools-marking and measuring-holding and supportingplanning-cutting- boring –striking-miscellaneous-etc. 3. Fitting shop-Marking & measuring, holding, cutting tools etc 4. Smithy- holding and supporting tools, cutting tools , striking tools 5. Sheet metal 1.Welding II Properties of metals- Strength, elasticity , plasticity, Malleability , hardness, brittleness etc. III.Timber- Introduction-selection of timbers-seasoning of timbers – timber defects IV.Brief introduction to joining process-Nuts& bolts-Screw- Screws-rivets & rivetingweldingelectric arc-gas welding- TIG-MIG welding –threads V.Extrusion-Classification-process geometry- Geometrical relationship- analysis of extrusionstresses- load – power – maximum reduction possible-working and application of indirect extrusion- hydrostatic extrusion- defects in extruded parts. VI . Forging – classification- strip sand disc forging- Process geometry-geometrical relationship- Analysis - defects in forged products ENGINEERING MECHANICS Course Code CE‐401 CREDIT : 4 (2‐ 0‐2) 3. References: . McGraw hill.and Ypung D: Engineering Mechanics. moment and couple.force and equilibrium Basic concepts. co‐efficient of static friction. screw jack and belt friction. Dayaratnam. Complex and unitary matrices. 1. resultant of force systems. 1. force. 5. P: Statistics. Characteristic equation. Eigen values and eigen vectors. Gamma & Beta functions. change of order.H: Engineering Mechanics. parallel axis theorem. Approximation of errors. Cylindrical and spherical coordinate systems 3. Mc Graw Hill. 4. 3. 2. 2. Extrema of function of several variables. Asymptotes. Vector Calculus:Point functions. Moment of inertia Center of gravity. translating axes and rotating axes. area. Linear dependence. line. Lagrange’s method of multipliers (simple applications). Timeshenko.application to area. 5. verigonon’s theorem. principal moment of inertia. and Caley‐Hamilton theorem.L: Dynamics. Beams Bending moment and shear force diagrams for statically determinate beams. Meriam. surface & volume integrals. various methods of analysis of trusses. S. Differential Calculus‐I:Leibnitz theorem. 4. Curve tracing. Shames I. 2. product moment of inertia. Work and energy. concurrent and non‐concurrent coplanar forces. 6. D’AleMbert’s principal and dynamic equilibrium. Impulse and momentum. Prentice Hall of India. and free body diagram.L: Statistics. friction cone. divergence and curl of a vector and their physical interpretations. relative motion. Kinetics of Rigid Bodies Plane motion.p and Johnston F. J. Trusses Plane structures. dry friction. funicular polygon. Disrichlet’s integral and its applications. force Mass and Acceleration. volume and composite Bodies. Diagonalisation. Gradient. area moment of inertia and mass moment of inertia for plane figures and bodies including composite bodies. Beer F.R: mechanics for engineers. Consistency of system of linear equations and solution of linear equations. 4. Partial differentiation. change of variables. principle of transmissibility. Matrices :Elementary row and column transformations. Differential Calculus‐II:Jacobian. Euler’s theorem. Friction Introduction. Kinematics of Rigid Bodies Plane motion. centroids of line. Principle of virtual work. Tata Mc Graw Hill. J. Gauss divergence theorem and Greens & Stokes theorem. Multiple integrals:Double and triple integrals. Change of Variables. expansion of functions of one and several variables. ENGINEERING MATHEMATICS ‐ I Course Code MAS‐411 CREDIT : 4 (3‐1‐0) 1. John Wiley. John Wiley. 5. absolute motion. References: 1. Rank of matrix. volume. principles of energy conservation. method of sections and graphical method. method of joints. 6. Meriam. Khanna Publishers. Environmental segments. Auto catalysis and negative catalysis. Corrosion and Lubrication: Introduction. Born‐Haber cycle. Pollution control methods. Homogeneous and heterogeneous catalysis. Structure of NH3. 9. Theories of corrosion. Structure and composition of atmosphere. Intermediate compound formation theory and absorption theory. Environment Chemistry:Atmospheric Chemistry & Air Pollution: Environment and Ecology. Piskunov. House. Prasad Mudranalaya. Kapur: Mathematical Statistis. Catalytic promoters and poi‐sons. J. Imperfections in materials. pH. 3. Classification and mechanism of Lubrication. 4. .: Differential & Integral Calculus. Jaggi & Mathur : Advanced Engineering Mathematics.n‐type and p‐type semi‐conductors. Rakesh Dubey. 10. 8. 5. Stereochemistry of organic compounds. S. 7. Catalysis. 6. H. Co‐ordination chemistry. XeO2 molecules. Vijai Shankar Verma & Sanjeev Kumar. Air pollution – sources. Radiation Balance of Earth and Green House Effect. Engineering Mathematics. Valence Bond and crystal field theory. Das. C. Formation and depletion of Ozone layer.1. 3. Factors influencing Corrosion. Engineering Mathematics. Characteristics of catalytic reaction. B. Prasad: Mathematics for Engineers. S. PCl5. Types of corrosion. Shanti Narayan: A Text Book of matrices.S.K. Bragg’s conditions. Nomenclature. Narosa Pub. Theories of bonding in metals and semiconductors. Engineering Mathematics CHEMISTRY Course Code CHEM‐513 CREDIT : 5 (3‐1‐ 1) 1. Khanna Publishers. Corrosion inhibitors. Physical Chemistry:Equilibrium on Reactivity: Bronsted and Lewis Acids. SO3. General Chemistry:Advanced Theory of Chemical Bonding: Valence bond and molecular orbital theory. Protection from corrosion and protective coatings. 2. Chand &Co. H2O. Grewal: Higher Engineering Mathematics. Acid rains and Smog formation. reactions and sinks for pollutants. Buffer solution. causes of corrosion. passivity. N. pkb Scale. Chemical and photochemical reactions of various species in atmosphere. Chemical Kinetics & Catalysis: Rate law. pka. Order of reactions. Thomas/Finney: Calculus and Analytic Geometry. Moscow Peace Pub. N. 2.Chand & Co. Theory. Parallel and reversible reactions. To determine the constituents and amount of alkalinity of the supplied water sample. To determine the chloride content in supplied water sample using Mohr’s method. Cunnizzaro. Solid fuels. 3. Beckman. 5. Liquid fuels. MASS AND ASS.S Dara /Environmental Chemistry. 6. 7. Non conventional Energy. 6. Biogas. 2. Bahl and Tuli /Engineering Chemistry. L‐S process. Analysis of coal. Biomass and solar energy. 4. 5. Industrial Chemistry:Polymer Chemistry: Classification of Polymers. 8.4. Applied Chemistry:Water and Waste Water Chemistry: Introduction. Chemistry of Engineering Materials:Fuels & Combustion: Classification of fuels. Including Biopolymers condensation and addition polymers and their applications. Boiler feed water. 7. To determine the Molecular weight of a polystyrene sample by using Viscometer method. To determine the percentage of available chlorine in the supplied sample of Bleaching powder. S. S. Determination of calorific value. 4. NMR. characteristics of good fuel. To determine pH of a solution using a pH‐meter and titration of such a solution pH‐ metrically. characteristics imparted by impurities. Calorific value‐ gross and net. Analysis of contaminants. Reimer Tiemann. Hardness of water. 9. Puri and Sharma/Principles of Physical Chemistry. 6. UV. Instrumentation: IR. Analysis of a coal sample by proximate analysis method. References: . Manas Chandra/Atomic Structure and Chemical Bond. 2. Waste water treatment. 12. A. References: 1. Hoffman. 11. Industrial Application and mechanism of chemical reaction. 10. Diels Alder and Skraup synthesis. 3. LIST OF EXPERIMENTS (ANY TEN): 1. To determine the Ferrous content in the supplied sample of iron ore by titrimetric analysis against standard K Cr solution using K.K De/Environmental Chemistry. Fe(CN)g as external indicator.S Dara/Environmental Chemistry and Pollution Control. To determine iron concentration in the sample of water by spectrophotometric method. To determine the calorific value of a fuel sample by using a Bomb Calorimeter. To determine the Temporary and Permanent hardness of water sample by Coplexometry. To find the Chemical Oxygen Demand of a waste water sample using Potassium dichromate. To find out the Velocity constant for the inversion of cane sugar in acidic medium and to show that inversion follows the first order kinetics. Jain and Jain/A Text‐Book of Engineering Chemistry 5. Treatment of Water by Zeolite. Multimeter. Applied Chemistry‐ Theory and Practice. Technical Written Communication (a) Nature. h‐parameter (low frequency).1. Study of Various Logic Gates. Study of Common Base Transistor characteristics.). clamper. (b) Salient Features. active and saturation region). 3. Study of Full‐ Wave Rectifier with effect of Capacitor and also calculate the ripple factor. Switching Theory & Logic Gates: Number systems. References: 1. concept of voltage gain. Study of Clipping and clamping Circuits. canonical forms. biasing types and biasing analysis. Boolean algebra. electrical properties of semiconductor. 2. depletion layer. Study of Diode characteristics. (ELBS). 4. BASIC ELECTRONICS Course Code ECE‐301 CREDIT : 4 (2‐1‐1) 1. By Virmani and Narula (New Age International Pub. 3. 7. diode circuits (clipper. al. characteristic curves (cut off. carrier densities in semiconductor. Function generator. origin and development of technical written communication. RI. Logic Gates. 2. Hall effect. difference amplifiers. 4.O. Morris Mano/Digital Computer Design/ PHI. CE. . 2nd Ed. Zener & Avalanche. Diffusion. and minimization using K‐map. Study of C. computation of Av. 8. CB and CC configuration. V‐I characteristics. adders.. Experiments in Engineering Chemistry. 5. 4. Vogel’s Qualitative Chemical Analysis: Ed. 6. switching time. electrons and holes in an intrinsic semiconductor. 6. Operational Amplifiers:Concepts of ideal op‐amp. Transport Phenomenon in Semiconductors: Mobility and conductivity. PROFESSIONAL COMMUNICATION II Course Code LNG‐303 CREDIT : 3 (3‐0‐ 0) 1. diode resistance. Zener diode and its applications. 3. Junction Diode:P‐N junction. inverting. 7. current gain and power gain. conversion of bases. Electronic Instruments: Multimeter. Milliman. Concept of forbidden gap. 8. By Jaffery Bassette et. 5. diode application as a rectifier (half wave and full wave). non‐inverting and unity gain amplifiers. 2. Malvino & Leach/Digital Principles & Application/ List of Experiments: 1. J. Integrators. 3. Fermi level. breakdown characteristics. voltage multipliers) Breakdown mechanism. By Masood Alam (Maktaba Jamia Limited). Metals and Semiconductors. Insulators. concept of universal gate. Energy Bands in Solids: Energy band theory of solids. Ed. Transistor as an Amplifier:Graphical analysis of CE amplifier. Ro and approximate formulae. 2. . Boylestad & Nashelsky/Electronic Devices & Circuits/ PHI. Donor and acceptor impurities. Requirement of biasing. Study of Common Emitter Transistor characteristics. Study of Half Wave Rectifier with effect of Capacitor and also calculate the ripple factor. Halkias/Integrated Electronics/TMH.R. capacitance. Bi‐junction Transistor:Bipolar junction Transistor. CRO and its Applications. stability. 6. linear method. spatial method. Sharma. 2. Proposal Writing (a) Proposal: Definitions and kinds. Vikas. Delhi. (h) Coherence. New Jersey. Unity.ListeningComprehension (a). application and resumes. inductive method.5. 4. AVR Comprehension Reteometer. 3. Legget. antecedents and clause subordination. letters urging action. body‐ statement of problem. (b) Division of format proposals (front matter. The old man and the Sea. summary/ abstract. bibliography.3. Pre‐requisites of Scientific and Technical Communication (a) Fragment sentences. 3. (c) Letters giving instructions. Improve your writing (Delhi: Oxford University Press. (a) Scanning method. scope. ELECTRICAL ENGINEERING Course Code EEE‐303 CREDIT : 4 (3‐0‐1) .(c) Difference between technical writing and general writing. Strunk. Macmillan. topic sentence.2.4. (b) Parallel comparisons. interrupted method. employment letters. Study of Scientific and General Texts.ReadingComprehension. 6. 6. Macmillan. Nineteen Eighty Four (New York: Penguin. background.N (et.). (A). 2 Lesson No. V. 5.1.4. For extended Reading (any one of the following) Orwell George.Ear‐training.) 8.2. Stresses and Intonation. title page. 1. 1984) 2 Hemingway.) (c) Statement of request. (Oxford: 1990) 7. Uses of latest scientific techniques (AVR Comprehension trainer. Glenn (et al) Essentials of grammar and composition. The elements of style. (c) Elements of a series. 5.1. Table of contents etc. Chronological method. 5. 4. William (et al). methodology. (b) Tables. 1. SRA Comprehension Accelerator. 1990. (b) Skimming method. 1981. 2. Delhi 1994. SRA Comprehension trainer. References 1. literature review. Sherman. (d) Squinting construction and split infinitive. S. (b) Ramifications of business letters. 1987. Business Correspondence (a) General principles of business correspondence. Writing Scientific and Semi‐technical Articles (a) Source material. deductive method. figures. connectives. (e) Modifiers. 4. footnotes.D A Text Book of Scientific and Technical Writing. (b). (et al) Modern Technical Writing. Prescribed text books for detailed study Arora. 1991. complaints and adjustments. 4. Prentice Hall. (g) Ellipsis. 3. 9. (B). Phonetic Transcription 10. (f) Dangling participles and gerunds. Advantages and disadvantages. al. Theodore A. Jr. inquiries and answers to enquiries. 2. Ernest. To study resonance by frequency variation in series RLC circuit. To calibrate the given energy meter with the help of a standard wattmeter. 3. circuit. Magnetic Circuit and Transformer:Magnetic circuit concept.E Kennedy/ Engineering Circuit Analysis/ McGraw Hill.H Hayt & J. Three Phase Supply:Star/delta connections. Applications. Elements. Inertial frames of reference. Single‐phase induction & stepper motors. W. Maximum Power transfer theorems. To draw the magnetizing characteristic of a single‐phase transformer. Current. 2. 4. Higginbotham L. Basic Instruments:Instruments for measurement of voltage. Norton. Elementary idea of operation of synchronous and induction machines. series & parallel resonance‐bandwidth and quality factor. 9. theory and working principle of single‐phase transformer. Network theory: Superposition. Power factor improvement. Special Theory of Relativity:Michelson Morley experiment. Rotating Machines:Principles of energy conversion. 8. Different types and their characteristics & applications. To measure the value of impedance and power factor in RLC series A. Lorentz transformation equation of space and time. Del Toro/ Principles of Electrical Engineering/ PHI. impedance. LIST OF PRACTICALS A minimum of 10 experiments from the following: 1. 10. 12.C. Thevenin. ENGINEERING PHYSICS Course Code PHY‐312 CREDIT : 5 (3‐1‐1) 1. To find the relation between line current and phase current and line voltage and phase voltage in Star – Delta connections. Verification of Norton’s Theorem 4. power factor. Line diagram. 6. Additional experiments may be added based on contents of syllabi. 3. Star‐delta transformation. concept of power.1‐Phase A. I. 6. A. Basic concepts of rotating machines. principle and application. Verification of Kirchoff’s Law. Verification of Superposition Theorem. Power Systems:Introduction.J Nagrath/ Basic Electrical Engineering/ Tata McGraw Hill. Three‐ phase power and its measurement. Circuit‐behavior of resistance. DC machines. Reference: 1. 2. 7.Grabel/Basic Electrical Engineering/ McGraw Hill. Sinusoidal Steady State Circuit Analysis:Voltage. Network Theory:Introduction to basic physical laws. line and phase voltage/current relations. . 3.C. 5. Supply systems. 7. Inductance and Capacitance and their combinations.C. To measure the value of impedance and power factor in RLC parallel A.E Fitzgerald/ Electronic Instruments & Measurement Techniques/ PHI. power and energy: Construction. To perform open circuit and short circuit test and draw the equivalent circuit of a single‐ phase transformer. To measure three phase power by two‐wattmeter method. 5. V. Postulates of special theory of relativity.1. 5. circuit. 2. Current. 4. Sinusoidal & Phasor representation. Circuit theory Concepts: Mesh and Nodal analysis. 11. Verification of Thevenin’s Theorem. Methods of plotting hysteresis curve of a ferro‐magnetic material and their uses. 13. resolving power of telescope. Geometry of calcite crystal. 2. 8. Diffraction of X‐rays. 3.E of copper using Tangent or Helmholtz galvanometer. References: 1. S. 7. To determine E. 5. Subramanyam & Brij Lal: A Text Book of Optics. De Broglie concept of matter waves.C. Magnetic Properties of Materials:Para. K. Phenomena of double refraction. interference in thin films. To calibrate the given ammeter and voltmeter. Brij Lal & Subramanyam: Electricity & Magnetism. variation of mass with velocity. 3. 4. Diffraction: Single slit and double slit diffraction. dia. Polarimeter. 4. Wehr. . Quantum Theory:Wave particle duality. Optics :Interference: Coherent sources. Laser Spontaneous and stimulated emission of radiation. Specific rotation. 9. To determine the wavelength of monochromatic light by Newton’s ring. 8. Bragg’s spectrometer. Chand & Co. To determine the energy band gap of a given semiconductor material. S. TMH. Moseley’s law. Optical activity. Newton’s rings. Practical application of X‐rays.length contraction. Schrodinger wave equation and its applications. Fresnel’s bi‐prism experiment. ferro. Conditions of interference. types of lasers and their applications. To determine the variation of magnetic field along the axis of a current carrying coil and then to estimate the radius of the coil. carrier density and mobility of a given semiconductor material using Hall Effect set up. 2. Poisson and Laplace equations. To determine the focal length of two lenses by nodal slide and locate the position of cardinal points. time dilaton. divergence and curl of a vector field. mass‐ energy equivalence. 2. Malus law. To determine the wavelength of monochromatic light with the help of Fresnel’s biprism. Chand & Co. Einstein’s coefficients. Stoke’s theorem. Basic Concepts of Electromagnetic waves and its solution in free space. 7. Polarization: Polarization of light. To determine the wavelength of spectral lines using plane transmission grating. diffraction grating.K. Pictorial representation of polarized light. conservative vector field. Absorption of X‐rays. Davisson and Germer experiment. Compton effect. To verify Stefan’s Law by electrical method. Maxwell’s equations. To determine the specific rotation of cane sugar solution using half shade polarimeter. Bragg’s law. List Of Experiments (Any Ten) 1. Brewster’s law. Continuous and characteristic X‐Ray spectra. Main components of a laser. 6. 5. addition of velocities. Reyleigh’s criterion of limit of resolution. 6. To study the Hall Effect and determine Hall coefficient. antiferro and ferro‐magnetic materials. To draw hysteresis curve of a given sample of ferromagnetic material and from this to determine magnetic susceptibility and permeability of the given specimen.To determine the specific resistance of the material of given wire using Carey Foster’s bridge. 10. Gradient of a scalar field. 12. Richardo & Adair: Physics of the Atom. Gauss’ Divergence theorem. X‐Rays: Origin of X‐rays. wedge shaped film. Electrostatics: Gauss’ law and its applications. 3. 11. hysteresis. Arthur Beiser: Concepts Of Modern Physics. 5. displacement of fringes. Heissenberg’s uncertainty principle. 4. Fields: Scalar and vector fields. line integral. magnetic circuits. microscope and grating. Tiwari: Electricity & Magnetism. P. 2.14. Screw thread nomenclature. 6. 2nd edition. Principles of drawing: IS codes for Machine drawing. Kannaiah.L Narayana. 5. 7. 4. Dimensioning. VenkatReddy: Machine Drawing. spacing of views. 16. Engineering drawing practice for schools and colleges.V. drawing and sketching of machine elements in orthographic projections. ENGINEERING GRAPHICS II Course Code ME‐401 CREDIT:2(0‐0‐2) 1. Locking arrangements for nuts. Thread designation. Orthographic Projections: Principles of first and third angle projections. 15. Engine parts. K. 8. Rivets and riveting. . Standard abbreviation. 16 Conditional & looping statements. Rivet heads. Introduction: Graphic language. Kannaiah. COMPUTER AND LANGUAGES Course Code COM‐410 CREDIT : 4(2‐ 0‐2) 1 Computer hardware components and their functions 2 Basic operating system concepts 3 MS‐DOS and getting to know DOS commands 4 Familiarizing with WINDOWS environment 5 Getting started with UNIX 6 Files and Directories and their use in different Operating System Environments 7 Getting to know different editors like edit & vi 8 Introduction to Internet 9 Getting familiar with Web Browsers like Netscape Navigator & Internet Explorer 10 Sending & receiving mail over Internet 11 Introduction to PINE and /or ELM 12 Need of programming languages. N. Assembly Drawing: Introduction. Sections. Free hand sketching of some threaded fasteners and simple machine components. References: 1. Cotter joints. SP 46‐1998(BIS). Keys and Cotters: Keys. Classification of drawings. Forms of threads. To determine the ballistic constant of a ballistic galvanometer. Siddeshwar. Screwed (Threaded) Fasteners: Introduction. Stuffing box etc. Lines. New Delhi. To determine refractive index of the material of prism using spectrometer.S Shastri: Machine Drawing. New Age International Publications. 17 Function & Arrays. K. Free Hand Sketching:Need for free hand sketching. To determine the viscosity of a liquid. Rigid and flexible coupling. Thread series. 3. Representation of threads. P. Classification of riveted joints. 14 Introduction to “C” language 15 Data types operators and expressions. Foundation bolts. 3. V. Riveted Joints: Introduction. 13 Language translators. Bolted joints. 2. Shaft Couplings: Introduction. TMH. 4. BPB Publication. Write a simple batch program. Dirac Delta function. adding signature. LIST OF PRACTICALS 1. 4 Arrays. Practice of basic UNIX commands. even and odd functions. Prentice Hall of India. Write C program to demonstrate each of the following: 1 Conditional statements. 10.Peek Tim O’reilly & M. 2. 4. 18 Introduction to Pointers & Structures. Net Surfing. Differential Equations:Ordinary differential equations of first order. 7. Creation and checking of E‐mail account. Method of variation of parameters. creating director of addresses. functions having arbitrary period. Unit‐step function. Inverse Laplace transform. Complementary functions and particular integrals. Write simple shell script. 3. bessel’s functions and their properties.W Kernighan & D. Laplace transform derivatives and integrals. UNIX POWER TOOLS by J. 8. Solution of second order differential equation by changing dependent and independent variables. Fourier series of functions with period 2n. Laplace transform of periodic functions. half range sine and cosine series. 4. exact differential equations. convolution theorem Applications to solve simple linear and simultaneous differential equations. . deleting. Applications to engineering problems(without derivation).M Ritchie. Giving exposure to Windows environment. change of interval. 3 User defined functions. Exposure to advance feature supported by some editors. 2. Basic Internal and External DOS Commands. creating folder/mail‐messages. The ‘C’ Programming Language by B. elliptic & hyperbolic with illustrative examples. Introdution to partial differtial equations. Introduction to word processing. ENGINEERING MATHEMATICS II Course Code MAS‐490 CREDIT : 4 (3‐1‐0) 1. 3. Legendre’s polynomials. Locekides. Tata‐ McGraw Hill Publication. Simultaneous linear differential equations.Trignometric series. Prentice Hall of India. Existence theorem. Familiarizing mail account using PINE. Using LINUX‐ Latest Edition by Jade Tackett & David Ganter. 5. 9. parabolic. 5 Pointers and structures. 12. 11. 6. 2 Looping statements. Linear differential equations of 1st order with constant coefficients. References: 1. LaplaceTransform:Laplace transform. 3. Series Solution & Special Functions:Series solutions of ODE of 2nd order with variable coefficients with special emphasis to the differential of legendre and Bessel. linear partial differential equation with constant coefficients of 2nd order and their classifications. 2. File and program management in windows. DOS the complete reference by Kris Jamsa. Fourier Series And Partial Differential Equations :Periodic functions. Eulers formulae. machining symbols. interpretation of views and sectioning. Khanna Publishers. output devices. Production Drawing:Introduction to developing and reading or production drawing of simple machine elements like helical gear. air valves. connecting rods. Clapeyron Equation. Production Drawing by Narayana. surface roughness. Computer Aided Drafting:Introduction. Idea about tool drawing. Prasad: Advanced Mathematics for Engineers.S Grewal: Higher Engineering Mathematics. Laplace equation in two dimension. 2. spark plug. Helmholtz & Gibb’s function. tolerance fits. 4. safety valves etc. tool post. gate valve. Surface Roughness:Introduction. Limit systems. E. bevel gear. piston details etc. et. crankshaft. Khanna Publishers. New Age. Jaggi & Mathur: Advanced Engineering Mathematics. Tolerance and fits: (1 Class) Introduction. References: 1. TMH. drawings and exercises. screw jack. Limits. introduction to drafting software like Auto CAD. Wiley Eastern Ltd. References: 1. Equation of transmission Lines. Kreyszig: Advanced Engineering Mathematics. 3. C. Auto CAD 14 for Engineering Drawing by P. Nageswara Rao. flange. Availability & Irreversibility. Heat conduction equations up to two dimension.all. Drawing exercise. assemblies drawing of stuffing box. New Age. input. belt pulley. MACHINE DRAWING & COMPUTER AIDED DRAFTING LAB Course Code ME‐403 CREDIT : 2 (0‐0‐2) Review (1 Class) Orthographic projection. 3. steam engine cross head. Part and Assembly Drawing (2 Classes): Introduction.all. copper and aluminum and its alloys. Machine Drawing by Narayana. Specification of Materials: Engineering materials. The Maxwell Relations. B. lathe tailstock. pinion shaft. . code designation of steels. et. drawing exercises. Joule – Thompson coefficient curve. Wave equation up to two dimension. basic commands and development of simple 2D and 3D drawings. 2. connecting rot. APPLIED THERMODYNAMICS Course Code ME‐404 CREDIT : 5 (3‐1‐1) Review of Thermodynamics: Brief review of basic laws of thermodynamics. indication of surface roughness. missing lines.5. Application of Partial Differential Equations Method of separation of variables for solving partial differential equation. Mathematical conditions for exact deferential. Prasad Mudranalaya. Pub. (P)Ltd. Kumar Publisher Metropolition Book Co. Yadav 7th edn. Thermal Engg. two and three dimensional flows. Heat Engineering by V. streak lines and path lines. Air preheater. Indicator diagram. boiler mountings & accessories. Nozzle: Flow through nozzle. Comparison with IC Engine and steam turbine. Thermodynamics by C . Thermal Engg. Blallaney. impulse and reaction turbines. uniform and nonuniform. rotation and circulation. Bleeding. Steam Boilers: Brief review of properties of steam. J. Power input. Laxmi Publication. Steam Engines:Rankine and modified Rankine cycles. II. CPH. diesel and Dual cycles.P. measurement of surface tension. variation of velocity. kulshrestha. working of fire‐tube and water tube boilers. area and specific volume. Newtonian and Non‐Newtorian fluids. Kinematics of Fluid flow:Steady and unsteady. Steam Turbines: Classification. Heat balance. Work done. Refrigeration and Heat Pump Cycles: Definition. Allahabad. graphical and experimental methods of drawing flow nets. Intercooling . 6. 2. House Ltd. M. Review of Otto. . streamlines. By S . Thermal Engg. By P. Working principle of centrifugal and axial flow compressor.K. Efficiencies. Types. By R. Reheat factor. Application of four stroke and two stroke engines. Carnot refrigerating cycle. Bell Coleman cycle. ideal and real fluids. Kearton 4. Compressors: Reciprocating compressor. one. Efficiencies Gas Turbines: Review of Bryaton cycle. Boiler draught.L. Engg. workdone. Fundamental of Engg. Thermal refinement of a gas turbine cycle. Rajput. Vicars. Valve timing diagram. Velocity diagram. Unit of refrigeration.. Power input calculation. Turbine Compressors & Fans by S. elementary explanation of stream function and velocity potential. use of steam table and Mollier chart. Theory of Steam Turbine by W. Work done. Yadav 6th edn. Construction details and working principle. laminar and turbulent flows. CPH. Compounding. Thermodynamics by R. Working of engine indicator diagram. Engg. Boiler efficiency. S. Efficiency. Introduction to air‐conditioning. Applied Thermodynamics by R. 8. 3. Thermodynamics by Nag 10. Comparison with steam engines. K. Yahya. Steam generators‐ classifications. Nozzle efficiency. Reference: 1. IC Engines: Classification. Constraction details. Superheater. Efficiencies of reaction and impulse turbines. 5. Arora FLUID MECHANICS Course Code CE‐406 CREDIT : 4 (3‐ 0‐1) I. Critical condition. Governing of turbines. Equivalent evaporation. Description of simple vapour compression and vapour absorption systems. HMT 7. Allahabad 9.P. Reaction. Khanna Publishers. Introduction: Fluids and continuum Physical properties of fluids. Efficiency. Velocity diagram. continuity equation. Feed water heater. Vasandani & D. Aeration of nappe. 1989 5. concept of equivalent length. and Cv. X. flow between parallel plates. To determine the coefficient of discharge of an orifice (or a mouth piece) of a given shape. application of momentum equation. and A. Shames.H. References: 1. bends. VI. 6. “Engineering Fluid Mechanics” (including Hydraulic Machines). valves and siphons. resistance coefficient and its variation. 3. atmospheric boundary layer. diffusers. Fluid Statics: Pressure‐density‐height relationship. turbulent boundary layer. free and force vortex momentum equation and its application of energy and momentum equations. drag on a sphere.G. nozzles. “Fluid Mechanics through Problems”. pressure on plane and curved surfaces center of pressure. New Delhi. “Elementary Mechanics of Fluids”. measurement of viscosity. VII. turbulent flow. To verify Darcy’s law and to fine out the coefficient of permeability of the given medium. Flow past Submerged Bodies:Drag and lift. IX. V. To verify the momentum equation experimentally. smooth and rough boundaries. mixing length concept and velocity distribution in turbulent flow. manometers. Mirajgaoker. equation for velocity distribution over smooth and rough surfaces. FLUID MECHANICS LAB 1. cavitation. Omc. Laminar and Turbulent flow through pipes. eddy viscosity. branched pipes. IV. 5. Agrawal: Fluid Mechanics & Machinery. S.K. Vijay Gupta and S. pipes in series and parallel. separation and its control. determination of Cd. 7. flow in sudden expansion. flow measurements. Roorkee.III. L. VIII. simple networks. Pipe flow:Nature of turbulent flow in pipes. cylinder and disc.J. fluid masses subjected to uniform accelerations. 1983 4. Magnus effect and circulation. fluidisation. “Fluid Mechanics and its Applications”. To plot the flow net for a given model using the concept of electrical analogy. Garde. TMH 3. Buckingham’s Theorem. Int. Cc. important dimensionless numbers and their significance. 2. lift. Garde. McGraw Hill. Hot‐wire anemometer and LDA. flow through orifices. 2. Hunter Rouse. TMH. R. mouthpieces. Student. sluice gates under free and submerged flow conditions. Boundary Layer Analysis:Boundary layer thicknesses boundary layer over a flat plate. Wiley Eastern Limited. 9. laminar sub‐layer. Education. transition form laminar to turbulent flwo. Bernoulli’s equation and its applications‐Pitot tube. flow through porous media. Dynamics of fluid flow:Euler’s equation of motion along a streamline and its integration. laminar boundary layer. 1946 6. analysis of simple surge tank excluding friction. buoyancy stability of immersed and floating bodies. Som & Biswas: Introduction of fluid mechanics & Machines. John Wiley & Sons. energy loss. Fluid Mechanics by Jagdish Lal 8. water hammer. . Compressibility Effects in pipe Flow:Transmission of pressure waves in rigid and elastic pipes. contraction. Fluid Mechanics by Modi & Seth. Second Ed. Nemchand & Bros. Kinematic and dynamic similarity. measurement of shear. To determine experimentally the metacentric height of ship model. notches & weirs. To calibrate an orifice meter and study the variation of the coefficient of discharge with the Reynolds number. Gupta. To measure surface tension of a liquid. 7. “Mechanics of Fluids”. R.J. Also to determine the coefficient of velocity and the coefficient of contraction of the orifice (or the mouth piece) 4. measurement of pressure. model studies. equation for turbulent flow. stoke’s law. local and average friction coefficient.K. Dimensional Analysis and Hydraulic Similitude: Dimensional analysis. Villey Eastern Ltd. geometric. To study the velocity distribution in a pipe and also to compute the discharge by integrating the velocity profile. Brief review of Mohr’s circle for compound stresses & for principal stresses. Also to determine the exponent in the power law of velocity distribution. Integration method. tension. ductility. hardness.K. brittleness. To study the boundary layer velocity profile and to determine boundary layer thickness and displacement thickness. Review of Bending and Torsion:Brief review of bending of beams and shear force & bending moment diagram. Grifith’s formula. Review of torsion of circular shaft and combined bending & torsion. To study the variation of friction factor. To study the transition from laminar to turbulent flow and to determine the lower critical Reynolds number. Strength of Materials by Singer 3. References: 1. Shearing stresses in beams section. Area moment method. concept of stress. Deflection of Beams: Deflection of beams.8. MATERIAL SCIENCE & TESTING . Fracture. Macaulay’s method. STRENGTH OF MATERIALS Course Code CE-408 0) CREDIT : 3 (3-0- Introduction: Brief review. elastic constants. 9. Strength of Materials by R. shear. “f” for turbulent flow in smooth and rough commercial pipes. To determine the loss coefficients for the pipe fittings. 10. Fatigue loading. 11. compression. Engg. Thin Cylinders: Theory of thin cylinders subjected to pressure. Compound cylinders press fits on solid shaft. 12. Strength of Materials by Oimoshenko 4. Creep. To study the flow behavior in a pipe bend and to calibrate the pipe bend for descharge measurement. Expression for hoop stress and longitudinal stress. toughness. Thick Cylinders and Spherical Shells:Stresses and strain in thick shells/cylinder subjected to pressures. Design of thin cylinders. strain. Mechanics of Materials by Bear Johnson 6. 13. endurance limit. Unit load method. Rajput 7. Mechanics of Solids by Popov 5. Strength of Materials by Ramamrutham & Narain. Theories of Failure:Various theories of failure and its comparison. Eulers and Rankine formulae. Strength of Materials by Ryder 2. Fatique and Creep:Stress concentration. Columns and Struts: Theory of columns & Struts. Miller indices. Crystallography and Imperfections: Concept of unit cell space lattice. Brass.D. Mechanical behaviors and processing of plastics. 3. Bravais lattices. CI. aterial Science Lab Experiments: (at least 5 of the following) M 1. bearing materials. glass etc. Fatigue and Creep. Al. and its uses. Iron‐carbon equilibrium diagram. Performance of materials in Service: Brief theoretical consideration of fracture. Preparation of samples and microstructure exam and grain size determination. importance of materials. Other Materials: Brief description of other material such as concrete. Making a plastic mould for small metallic specimen. Soft and har magnetic storages. para. wood. Raghvan‐ Material Science. Ni. and its applications. MATERIAL SCIENCE AND TESTING LAB A. Van Vlash‐ Elements of Material Science & Engineering John Wiley & Sons. TMH 5. Types of equilibrium diagrams: Solid solution type. X‐ray crystallography techniques. .‐Material Science & Engineering Addition Wesly Publishing Co. High Te Superconductors. Plastics: Various types of polymers/plastics and its applications. Super conductivity and its applications. Srivastava. Aluminum alloys such as Duralumin. Non‐destructive testing (NDT) Microstructural Exam: Microscope principle and methods. insulator and semiconductor. V. Ceramics: Structure types and properties and applications of ceramics. Other advanced materials/alloys. Mechanical/Electrical behaviour and processing of plastic. Hardness testing. 2. Phase rules. Basic devices and its application. Chemical bondings. Jr. Imperfections. Hardness. Narual‐ Material Science. its properties and uses. Brief review of modern & atomic concepts in Physics and Chemistry. common crystal structures. Creep and Corrosion and its control. References: 1. Magnetic Properties: Concept of magnetism‐Dia. Prentice Hall of India 4. Time Temperature Transformation (TTT) diagrams. Tempering and case hardening. Atomic packing factor and density. W. Various types of carbon steels alloy steels and cast irons. Atomic models. Testing such as Strength testings. Non‐Ferrous metals and alloys:Non‐ferrous metals such as Cu. Ductile & brittle material. P‐n junction and transistors. Callister. Fatigue Testing Creep testing. Normalizing Quenching. ferro Hysteresis. Cr. Impact testings. Various type Brass. Periodic table. Intrinsic & extrinsic semi‐conductors. Fatigue. Toughness. Course Code ME‐410 CREDIT :4(3‐0‐ 1) In troduction: Historical perspective. Phase Diagram and Equilibrium Diagram: Unitary and Binary diagrams. its properties and uses. Messier effect. eutectic type and combination type. Future of plastics. Stress Vs Strength. Heat Treatment: Various types of heat treatment such as Annealing. Bronze. Ferrous Materials: Iron and steel manufacture. Fracture. Electric Properties: Energy ban concept of conductor. Srinivasan – Science of Materials Engineering Newage. Type I & II Superconductors. etc. Zn. Mechanical Properties and Testing: Stress strain diagram. Defects & Dislocations in solids. Comparative study of microstructure of various metals & alloys such as Mild steel. furnaces. (d) Aquatic Ecosystem (Ponds. river. Urban problems related to energy. insects. Environmental ethics: Issues and possible solutions. public awareness. nuclear accidents and holocaust. Concept of an Ecosystem. Elementary concepts in CREDIT :5 (2- . its problems and concerns case studies.structures and function of the following ecosystem: (a) Forest Ecosystem. Quality of Information. Images.food webs and ecological pyramids. Food chains. Information Representation: Information Contents. Need of Information. Scope and Importance. ozone layer depletion.estuaries). grinding. Introduction. Entropy Category and Level of information in Business Organization. Specimen preparation for micro structural examination – cutting. water shed management.2.Characteristics features. Producers. Study of simple ecosystems-ponds. Data Representation. (i) Ecosystems. Graphics. (c) Desert Ecosystem. Environment Protection act. Climate change. ENVIRONMENTAL STUDIES-1 Course Code SES-415 0) CREDIT 2(2 – 0 - 1: The Multidisciplinary Nature of Environmental Studies. FOUNDATIONS OF INFORMATION TECHNOLOGY Course Code COMP‐510 1-2) Fundamental Concept of Information Information Concept and Processing: Definition of Information. Consumerism and waste products. Video. Structure and function of an Ecosystem. global warming. Audio. Issues involved in enforcement of environmental legislation. etching. Data concepts and Data Processing. Animation.oceans. Definition. Energy flow in he ecosystem. Hillslopes etc(Field work equal to 5 lecture hours). birds. (ii) Social Issues and the Environment From unsustainable to sustainable development.lakes. Text. Resettlement and rehabilitation of people. Study of Common plants. Air (Prevention and Control of Pollution) Act Visit to local polluted site-Urban/Rural/industrial/Agricultural.types. Water conservation.streams. rain water harvesting. polishing.rivers. Ecological successsion.consumers and decomposers. Concept of Information. Introduction to information representation in Digital Media. (b) Grassland Ecosystem. Value of Information. acid rain. Case studies Wasteland reclamation. “Data Compression”. Mheg. Peripherals. Binary. “Introduction to Computers” 3. Computer Hardware. Fireball. For Minimization methods 4. Telnet. “managing Information System” 9. Media for Data Transmission. Introduction to ISO. Generations. Introduction to information representation in digi8tal media text. Various I/O Devices. V. Huffman Coding. Conversion of Binary to Hexadecimal. Compute Programming Computer Appreciation: Definition of Electronic computer. ISDN. 1. JSP. Careers and Applications in India: Scientific. Mpeg. Floating Numbers. “Internet 101”. Java. “Intrduction to Computer & C Programming”. Curtin. Images Compression. Raja Raman. Basic concepts in E‐Commerce. Digital Devices and basic Network Concepts: Digital Fundamentals: Various Codes. Peter Nortans “Introduction to Computers”. Kushwaha & Yadav. 4. Entertainment. Java Applets. WAP. Storage Media. basic Concepts in Computer Networks. Bajpai. 5. EJB. Data compression. Suggested Text Books & References: 1. CSMA/CD. Video. Application of IT to E Commerce. Networking of Computers‐Introduction of Lan and WAN. Lehngart. CPU. Leon & Leon “Fundamental of Information Technology”. Characteristic and application of computers. Images. NICNET ernet. Tata McGray Hill. Decimal. Hex Decimal Conversion. Educational and entertainment applications. SEI‐CMM Standards for IT Industry. TM +1 7. Programming Language Classification & Program Methodology: Computer Languages. History. Demonstrate Different Lan Topologies . LZW Coding. Software Coding. Life Cycles. Network. Multimedia. Object Oriented Programming. Com/Dcom. Maintenance. classification of computers. Computer Networks and Communication: Need For Data Transmission Over Distances. Business. Adaptive Compression. Tm + 1 2. Types of Data Transmission. “Fundamentals of Information Technology”. Nelson. New Age. Electronic Payments. Network Topologies. Introduction to Jpeg. Industry Standards. IT LAB Write Programs in C for the following. Security. HTML. RAM/ROM. Graphics. Token Based Protocol. Digital Signatures. E‐mail. Excel 6. Net Surfing Search Engines. Gates. Web Browsers. Software Definition. Web Technologies: Elementary Concepts in. BPB 5. Decimal to BCD and vice versa 2. Electronic Governance. Vikas Publishing House 8. Mobile Communication. LOGIC Designing of gates and flip flops. XML. Wireless Application Protocol. WML. Testing. Internet and Web Technologies Internet & World Wide Web: Hypertext Markup Language. ATM. Generations of Languages. EDI. Advanced Concepts in Information Technology: IT Industry Trends. Shannon Principles. Flip Flops. Bharohoke. Gopher. Multiplexers. 3. Minimization adder. FTP. “Information Technology: Breaking News”. Software Development Methodology. DHJML. An Introduction”. Audio. Introduction to Advanced Communication Techniques. WWW.information Preservence. Corba. Industry Automation. Dataflow diagram for generation of Prime Numbers 6. Introduction to 4 GLS. Animations. Cistems “Internet. Kanter. Addision Wesley 10. Client‐Server Architecture. ASP Scripting. Weather forecasting awareness of ongoing IT projects in India. Instrument transformers. Autotransformers. Reference: Kreyszig. evaluation of integrals using. Functions of a Complex variable: Analytic (functions. Search engine . elliptic and hyperbolic type with illustrative examples.File Transfer Protocol. equivalent circuit. Losses and efficiency. Taylor’s series and Laurent’s Series. Residue theorem.C. poles. ENGINEERING MATHEMATICS‐III Course Code MAS –590 0) 4 1. Bessel and Chebyshev. Performance characteristics of generators and motors. Series solutions of ODE of 2nd orders with variable Coefficients with special emphasis to the differential equations of Legendre. wave equations and Laplace equations. Legendre’s polynomials. special linear fractional transformations.Goffer. Liouvilles Theorem. series and compound generators and motors including EMF equation and armature reaction. caucry’s Integral theorem cauchy’s integral formula derivatives of analytic Functions. Singularities and Zeros. Mathematics 7th Edition. Integral Transforms: Fourier transform and integral Hanker transforms and Hilbert transforms and their Properties. Transformers:Construction. John Willey & sons inc. Gauchy‐ Riemam equations.Web browsers. some simple applications. Speed control and braking of motors. Tests on transformers. Conformal” Mapping. Ordinary Y. (1993): Advanced Engg. Credit (3-1- ELECTRICAL MACHINES Course Code EEE‐404 Credit 4(3‐0‐ 1) D. PDE of Parabolic. Partial Differential Equations: Linear PDE with constant coefficients of 2nd order and their classifications. ID @ engine. Principle of operation. Machines:Constructional features and principles of operation of shunt. Difference equations and their Solutions by z transform. Three phase transformers. 3. harmonic functions line integral in the Complex plane.Email Sites Create your own email address using any of the engines Ex. Differential Difference Equations: ODE of 2nd order with constant coefficients both homogeneous and non‐ homogeneous Types with applications to electrical and mechanical systems. dffect of load. starting. Chabyshev polynomials and Bessel’s functions and Their properties. fundamental theorem of Algebra representation of a Function py power series. Separation of variables Method for solving PDE. Voltage regulation. E. .com 7. World Wide Web. Two Quadrant and Four Quadrant operation of motors. Residue theorem.Institutions may add 4 more experiments as per the availability of expertise available with them. EMF equation. Such as two dimensional heat equations. Paopoulis: Signal Analysis 3rd Edition (1988) Me Graw Hill . Losses and efficiency. 2. linear fractional transformations. Prediction of efficiency and regulation. Phasor diagram on no‐load. choice of DC motors for different applications.Telenet. Electrical Engineering Problems. Wheeler & Co. Metrology and Inspection: Standards of linear measurement. effect of excitation on line currents (V‐curves). Generalized Measuring system and functional elements. typical applications of AC motors in industries. Kingsley. direct acting. principle of operation. optical flat and interferometers. Reference: 1. Kusko. Effect of pitch and distribution. methods of synchronization. 2. Input‐output devices. Electrical Machines. Fitzgerald. Advanced Electrical Technology. Temperature Measurement: By thermometers. 3. thermostats and pyrometers. microprocessors and PC based data acquisition systems. statistical analysis of errors. Signal Transmission and Processing: Devices and Systems. Addision Wesley Longman Ltd. Speed control and braking. Linear and angular measurements devices and systems. roundness and circularity. profile project autocollimator.Induction Motors:Rotating magnetic fields. elastic and indirect type pressure transducers. Mechanical Measurements Introduction: Introduction to Measurement and Measuring instruments. frequency measurement by direct comparison Measurement of pressure: Gravitational. .. METROLOGY II. concept of error. units of Measurement. flatness. Measurement of geometric forms like straightness. Taylor’s Principle of Gauge Design. single and multi‐channel system. Pneumatic & Hydraulic systems. III Interferometer: principle and use of interferometry. laser interferometers. Stroboscope. Torque‐slip characteristic. Dumas‐Electrical Machines TMH Kosow L. line and end standards. Measurement of very low pressures. Single Phase induction motors and methods of starting.J. fits and tolerances. Synchronous Machines:Construction. electrical Machinery and Transformers. Tool makers microscope. Equivalent circuit. Vibration and Noise Measurement Seismic instruments.. bimetallic. Time and Transducers: Counters.. Armature reaction and determination of regulation of synchronous generators. Nagrath I. calibration. types of transducers and their characteristics. PHI Parker Smith.P. vibration pick ups and decibel meters. 5. Principle of motor operation. Limit. 4. TMH Cotton H. thermocouples. Data Acquisition system: Introduction to data acquisition systems. sources of error. CBS. & Kothari D. Starters foe cage and wound rotor type induction motors. 6. static and dynamic performance characteristics of Measurement devices. Electrical Technology. Limit gauges classification. Hughes Edward. vibrometers accelerometers. Measurements of Force and Torque: Different types of load cells elastic transducers. Interchangeability and standardization.L. MEASUREMENT & METROLOGY Course Code (ME-405 Credit4(2-1-1) 1. EMF equation. Sensors and Transducers: Types of Sensors. Measurement of screw threads and gears. Suggested Text Books & References: 1. gear trains (simple. Work study: Meaning and benefits of work study.:Pantograph straight line motion mechanisms. Analytical method for slider crank mech. 2.K. Introduction: Links. Theory of Machines and Mechanisms‐Shigley. man machine Diagram flow chart. Scort Rusel mech. “Measurement Systems.. “Engineering Metrology”.Surface texture: quantitative evaluation of surface roughness and its measurement. 3. four bar linkage. 3. Kinematic Synthesis of Planner Linkages: Linkages. Productivity: Introduction. Correolis components acc. 2. time and motion study Micromotion study P.. Hume K.T. work sampling standard time. 5. Credit 4(3-1- INDUSTRIAL ENGINEERING Course Code ME‐411 Credit4(3‐1‐0) 1. Mac Donaldd & Co. “Mechanical Measurement” Khanna Publishers KINEMATICS OF MACHINES Course Code ME-407 0) 1. mechanisms compound chains in brief. acc‐centers. wage incentive plans. linkage mechanisms. 4. Theory of Machines Thomas Bevan 2.. R. McGraw Hill. hart’s straight line mech. Jain R. Klein’s construction for slider crank and four bar mech. kinematics pairs. 1994.Delhi. inversions of slider crank chain and double slider crank chain.O. measurement. analytical method.C. Motion economy.. 1963. Mechanical Measurements.J. . Dhanpat Rai & Sons. 3 position synthesis of coupling rod. Kennedy’s theorem acc‐diagram. 2.K. job description job simplification and job evaluation methods & description. Cams:Classification & terminology law of gearing.. 1990 3. Jain.M. geometric & kinematic characteristic of involute. geometrical methods. 4. Doeblein E. definition. Kumar D.. “Engineering Metrology”. fredenstem equation for functions generation. Job Evaluation & Merit Rating: Job analysis. Theory of Machines & mechanism – Dukhipati. Narosa Publishing House. ways to improve productivity. New Delhi.S.. Beckwith Thomas G. introduction to the analysis of complex mech. I. Theory of Machines and Mechanisms – Ghosh and Mullick 4. Peucellier’s Mechanism. instantaneous center method. N. Delhi. Velocity and Acceleration I Mechanisms:Velocity of point in mech. New Age Publishers 7. Method study. Mechanism with Lower Parts.. “Mechanical Measurement”. under cutting & interference.. work measurement. 6. 3..S. N. merit rating. Sirohi. Gupta. Metropolitan. relative velocity method. 5. Davis and Ackermann steering gears. Application Design”. analysis of hook’s joint.. productivity index. “Engineering Met5rology ” Khanna Publishers 8. compound & planetary) Books & reference: 1. “Mechanical Measurements and Control”. process control. Budgetary control. 7. Industrial Engineering by Mahajan. Reduction. project management. Dispatching & Follow‐up. Material handling empts.P. Manufacturing Management‐ J Moore Prentice Hall Englewoon Cliffs: New Jersey. Khanna 5. transportation problems. Rolling mills. An analysis of management functions‐H. Tata McGraw‐Hill Co. Design. progressing die. Donnel. Graphical methods. 4. economic & Technological consideration in manufacturing. Assumption. 15. updating resources a location. 10.I. Organization: Principles of organization. Angle of incidence profit volume graph. Stepsion BEA. Load required to accomplish metal forming operation. Industrial Ownership: Proprietorship. Planning routine. Industrial Engg. linear programming. Compound Vs. cost. obsolescence. Single double and sequential sampling. deterministic models. Extrusion and its application Condition for rolling force and power in rolling. payment of wages.S. Sales management & forecasting cost accounting. Modrn Production Operations Management‐ Buffam E. function. yield criteria. line and staff & functional types. Industrial Engineering by Ravi Shanker 6. lubrication and defects in metal forming processes. partnership. Flat faces Vs inclined face punch. staff. Work required for forging. Introduction to TQM & bench marking. 2. Tube drawing. Koontz & C. Joint stock & co‐operative stores. Sheet Metal Working: Die & assembly and press work methods and processes. Development of Organizational charts like line. Introduction to MRP & JIT quality control: Introduction. Inventory Control: Inventory. Operation Research: Brief outlines of problems. fixed & variable costs. margin of safety. 5. service life of assets. 8. Metal Forming Process: Elastic & Plastic deformation. Analysis (equilibrium equation method) of forming process with sliding friction sticking friction and mixed condition for slab and disc. Materials & manufacturing process for common items. Plant layout and Materials Handling: Plant location type of layout. scheduling. Cutting mechanism. & Management by O. Replacement of items. References: 1. 9. Control Charts. Wiley Eastern. Break Even Analysis: Introduction. Principles of management. 3. 14. Survey of Manufacturing Process. Project management & CPM/PERT: Methods of drawing networks and computations of various times. Manpower Planning: Resources. Effectiveness of PPC. purpose. 13. blanking Vs piercing. Hot working Vs cold working. principles of facility layout principles of material handling. Analysis of forming process like cup/deep drawing and bending. E. Production Planning and Control: Objectives.4.O. Analysis of Wire/Strip drawing and max. MANUFACTURING SCIENCE ‐1 Course Code (ME 412 ) Credit 4(3‐0‐1) Introduction: Importance of manufacturing.S. 12. steps in PPC. function. 11. Human relationship. Replacement Analysis: Depreciation causes. 6. workmen compensation. Unconventional Metal Forming Processes: . Factory Legislation India: Factory acts. Solidification of casting. Future of plastic & application. Sand casting. electro‐magnetic. Jigs and fixtures and its application. MANAGEMENT INFORMATION SYSTEM Course Code ME 416 Credit 3(3‐0‐0) Part I: Organizations. Making a mould (with core) and casting.N. Books: 1. Powder Metallurgy: Powder metallurgy manufacturing processes.Jain. Element of mould and design considerations. present & future uses. 6. 5. Cupola furnace. 4. 2.C Pandey 3.K. Casting: Basic principle & survey of casting Process. and Strategy Ethical and Social Issues in Information Systems Part II: Information Technology Infrastructure IT Infrastructure and Emerging Technologies Foundations of Business Intelligence: Databases and Information Management Telecommunications. electro‐ hydraulic forming. 4. Die casting centrifugal casting. gatting. 2. Production technology by R. Types of patterns and allowances. advantage and applications. Forging by hand forging processes. riser. Management and the Networked Enterprise Information Systems in Global Business Today Global E‐Business: How Businesses Use Information Systems Information Systems. runner. Welding of plastics. The process. Material and manufacturing by Paul Degarmo. Production Engg. MANUFACTURING SCIENCE‐1 LAB EXPERIMENTS: Say Minimum 8 Experiments out of Following (Or Such Experiment) 1. Manufacturing technology by P. defect and remedies and inspection. the Internet and Wireless Technology Securing Information Systems Part III: Key System Applications for the Digital Age Achieving Operational Excellence and Customer Intimacy: Enterprise Applications E‐Commerce: Digital Markets. Design of pattern for a desired casting (containg hole). 3. Injection moulding of plastic. Extrusion of plastic section.Rao 5. Sand testing (at least one such as of grain fineness number determination). Digital Goods Managing Knowledge Enhancing Decision Making . core. Science by P. Injection moulding. theory and analysis. Organizations. Manufacturing Of Plastic Components: Plastic and its past. Types and properties of moulding sand. Jigs & Fixtures: Locating and clamping devices/principle. Manufacturing science by Ghosh and Mallik.Unconventional Metal forming Processes such as explosive forming. Pattern making. Investment casting. Mathematical Preliminaries. Numerical Integration. Interpolation by Unevenly Spaced Points. Schaum Series. 8. Quotient Difference Method. Hulquit. 2. “Introductory Method of Numerical Analysis”. COMPUTER BASED NUMERICAL & STATISTICAL TECHNIQUES Course Code (MAT‐491) 1‐1) CREDIT 3 (3‐ Introduction: Errors in Numerical Computation. Everett’s Formulae. Simpson 3/8 Rule. 7. Newton Raphson Method. “Numerical Methods”. List of Experiments: Write Programs in C 1. References: 1. Balaguruswamy. Simpson 1/3 Rule. Trapezoidal Rule. Method for Complex Root. Gauss. Numerical differentiation. Iterative method of false position. Flowers. Lagrange’s Interpolation Formula. Jain. Finite Differences. TMH. Statistical Quality Control Methods. . Newton’s General Interpolation Formula. Data Fitting with Cubic Splines. Machine Computations. Statistical Computation: Frequency Chart. “Numerical Methods for Scientific & Engineering Computation”. Linear & Non Linear Regression. Iyengar. Computer Software. Fitting a Straight Line. “Numerical Methods In C++”. Algebraic & Transcendental Equation: Bisection Method. Divided Difference. Gerald & Wheatly. Numerical Evaluation of Singular Integrals. Errors in Polynomial Interpolation. Oxford University Press. PHI. Jain. Vikas. Curve Fitting by Sum of Exponentials. Algebraic and transcendental equations using Bisection. Addision Wesley. Bessel’s. Method of False Position. Vedamurthy. Least Square Fit. 3. Muller’s Method. Addision Wesley. Errors and their Analysis. Cubic Spline & Approximation:Introduction. Newton’s Formulae for Interpolation. New Age International. Approximation of functions. Numerical Integration & Differentiation: Introduction. Boole's and Weddle's Rule. Rate of Convergence. also give rate of conversions of roots in tabular form for each of these methods. Polynomial Fit. Stirling. Decision of Errors. “Applied Numerical Analysis”. 5. Regression Analysis. Probability & Statistic. “Numerical Methods”. Method of Least Square Curve Fitting Procedures. “Numerical Method for Engineers & Computer Scientist”. 2. Iteration Method. Eular—Maclariaun Formula. Multiple Regressions. 4. 6. To deduce errors involved in polynomial Interpolation. Curve Fitting. Gaussian Formula. Sastry. Interpolation:Introduction. Management: 4. 1. Linear Square fit and polynomial fit ELEMENTS OF ECONOMICS AND PRINCIPLES OF MANAGEMENT SCIENCE Course Code (BAM‐315) CREDIT 4(3‐1‐0) Industrial Economics. endurance limit. K. evaluation of management thought. 3. BIS system of designation of steels. value of money. 5. 5. 2. design of square & flat keys & splines. Taylor and Fayol.3. strength & rigidity design. Methods. . Luthers. Stonier &D. Standards in design & selection of preferred size Selection of materials. design for fatigue loading. Languages. Mechanical Springs. Introduction: Definition. Keys & coupling. To implement Bessel’s functions. 4. Definition. steel & alloys. eccentric loading of above joints. Factor of safety. theories of failure. Newton’s. Simpson 3/8 rules. inflation and measure to control it. welded joint. Human behaviour: Factors of individuals’ behaviour. Brief idea function of banking system. viz.K. meaning of science.M/ Principles of Management 7.C Hergne/ A Text Book of Economics Theory /Oxford Publishing House Pvt Ltd MACHINE DESIGN – I Course Code (ME‐409) Credit4(2‐0‐2) Introduction.To show frequency chart. 6. Soderberg & Goodman criteria Design against Fluctuating Load Joints Riveted joints. inter personal relationship and group behaviour. nature and significance of management. rigid & flexible couplings. Engineering and technology and their relationship with economic development. Sterling. Introduction: ‐Nature and significance of economics. indifference curve analysis. contribution of Max Weber. 6. References: 4. income effect and substitution effect. Prasad L. Design against static load Modes of failure. screwed joints. stress‐strain relationship. Learning and personality development. price effect. 5. To implement method of least square curve fitting. perception. Shaft. Fred / Organizational Behaviours. Basic concept: ‐ The concept of demand and supply. business fluctuation. design for finite & infinite life.W. Implement numerical differential using trapezoidal./Modern Economics Theory. regression analysis. A. commercial and central banking. plastics & rubbers. Dewett. Money and banking: ‐ Function of money. principal stresses. Design against static load. Drawing shall be made wherever necessary on small drawing sheets HEAT & MASS TRANSFER Course Code (ME‐503 ) Credit 4(3‐ 0‐1) General: Modes of heat transfer Conduction Convection‐ Radiation. 9. Machine Design by black & Adams. Design. riveted or bolted joint Design of bolted joint for fluctuating loads Design & drawing of a cotter joint. design of screw jack. stresses in screw. Overall heat transfer coefficient‐Critical radius of insulation solution of multi dimensional steady state problems using relaxation method. M/c Design : Maleev & Hariharan 4. One dimensional steady state conduction through homogeneous and composite surface‐Plane. trapezoidal threads. Forced . Kataria 2. Design of M/c Elements: Bhandari TMH 3. 10. Design & drawing of Riveted joints for given operating conditions Design of an eccentrically loaded welded. principles in Engineering Practice. Multileaf spring. spiral springs. McGray Hill 5. Application of dimensional analysis to free and forced convection. Machine Design SI edition by Shegley. Students may be advised to use design data book for design 2. 2. Design & drawing of a simple screw jack Design of shaft for different loading conditions Design & drawing of rigid coupling (flanged type) Design & drawing of a flexible coupling (pin‐bush type) Design & drawing of a leaf spring for and automobile Design & drawing of a helical spring for a given application Note1. square threads. Power Screws Form of threads. Reference: 1. deflection equation. 6.Helical spring. MECHINE DESIGN – I LAB 1. Convection:Principles of dimensional analysis‐pi theorem. 7. 8. Nippling. cylindrical and spherical walls‐ Effect of variable thermal conductivity Shape factor. liquids and gases. 11. Machine design: Sharma & Agarwal. Conduction:Fourier law‐Thermal conductivity of solids. Design of machine elements by Sprots. 5. design against static & fatigue loading. McGray Hill 6. scope and application of heat transfer. Empirical relations for flat plate and tubular geometry. stress equation. factors affecting thermal conductivity General differential equation for conductions. Transient heat conduction based on lumped parameter method. 3. 4. Design & drawing of a Knuckle joints. steady state diffusion through a stagnant gas films. pool boiling. Yadav 7.convection from tubes & tube bundles in cross flow. Introduction to compact heat exchangers. Such as on critical insulation thickness. Principles of Heat Transfer Frnak Kreith McGray Hill Book Co. black rectangles perpendicular to each other having a common edge‐heat exchange by radiation between large parallel planes of different emissivity. . Heat transfer in condensation: drop wise and film condensation: empirical equations. Fundamentals of boiling heat transfer. Heat Mass Transfer by R. Fundamental of moment and heat transfer‐Wetly 3. Radiation:Nature of thermal‐radiation‐Definitions and concepts Monochromatic and total emissive power‐Absorptivitiy – Reflectivity‐Black. Heat Mass Transfer by C. Ficks law of diffusion. Heat and mass Transfer – Eckert & Drake. equal parallel and opposite black squares. NTU method. Homan. Solar radiation & Collectors.S. Radiation shields Electrical network method of solving radiation problems. Heat Exchangers:Tubes of heat exchangers‐ Parallel flow. rectangular and triangular fins effectiveness of fins.Heat & Mass Transfer by Vijay Gupta 11. References: 1.Gupta 8. effectiveness. McGraw Hill Book Co. steady state diffusion through stationary media. Counter flow evaporator and condenser. 7‐ Convection‐ Heat transfer through tube/fin‐forced convection. Heat & Mass transfer by R. Heat Transfer by Pitts ane Sission. Simple application to straight. Engineering Heat Transfer J. Tata McGraw‐Hill (19975) 2. equivocal counter diffusion. Chandra 10. 5. McGraw Hill Book Co. Kumar HEAT & MASS TRANSFER –LAB 1‐ Conduction‐ Composite wall experiment 2‐ Conduction‐ Composite cylinder experiment 3‐ Convection‐ Pool Boiling experiment 4‐ Convection‐ Experiment on heat transfer from tube‐natural convection.P. Schaum series.P. steady state. Heat and Mass Transfer by Domkundvar 9.Heat & Mass Transfer by D. 6. gray and real surfaces‐concept of a black body‐ Planck’s distribution law‐Configuration of geometrical factor Heat exchange by radiation between black surfaces‐Large parallel black plates. Diffusion coefficient. 5‐ Convection‐ Heat Pipe experiment 6‐ Convection‐ Heat transfer through fin‐natural convection. 4. 10‐ Heat exchanger‐ Parallel flow experiment 11‐ Heat exchanger‐ Counter flow experiment 12‐ Any other suitable exp.C. 8‐ Any experiment‐ Such as on Stefan’s Law 9‐ Any experiment on radiation‐Such as on solar collector. Heat and Mass Transfer C‐D Bennett and J‐E‐M years. Log mean temperature difference. Equivalent offset inertia force. Gyroscopic Motion: Principles.Mechanical Vibration: Single degree free & forced.K. Physical reliability & Economic feasibility of design concepts. Credit 4(3- Book & Preferences 1. Critical speeds. Turning moment & Fly Wheel: Static force analysis of linkages. Design for what? Design.L. Green 8. Technology based developments. Morphology of design. shape. Course Code ( ME-504) 0-1) 1. design and selection. centrifugal clutches. Bansal (Laxmi Publication) 6. Scope. fly wheel. flat and V‐Belts. friction and insensitivity. Theory of Machines: Thomas Bevan (ELBS/CBS pub. Piston and crank effort. Old and new design methods.S.. friction circle. 7. criteria. Theory of Machines: S.K. Theory of machines – R. 3. Rattan (TMH) 3.Theory of Machines – P. ergonomics. torque Turning moment diagrams. Gyroscopic acceleration. Theory of Machines – W. Theory of machines: Shinglay 5. Analysis of need. Belts and pulleys.DYNAMICS OF MACHINES. and absorption and transmission dynamometers. Friction:Pivot and collar friction. Balancing of Machines: Static and dynamic balancing. design by evolution. effort and power. 5. Theory of Machine and Mechanism‐ Ghsoh & Mullick 10. examples such as evolution bicycle. Mechanisms & Dynamic of Machines‐ Mabie 4. undamped and damped vibrations. hydraulic brakes. stability. Definition. Divergent. transformation and convergent phases of product disigh. New Delhi) 2. multiple and cone clutches. Force Analysis. balancing of rotating and reciprocation masses. 6. Dynamic analysis of slider crank and 4 Bar mechanism. band and block brakes. gyroscopic couple and rection. hunting. 4. Governors:Dead weight and spring loaded governors. Ambekar Jain Bros. inertia.) PRODUCT DEVELOPMENT & DESIGN Course Code(ME‐506) Credit3(2‐1‐0) Product. colour. functional aesthetic. Michele & Kings burros thrust bearing and rolling contact bearing. Mechanisms and Machine Theory – A. single plate. Ballaney (Khanna Pub. 2. fluctuation of energy.T. form. size. sensitivity. isochronism’s. Primary and secondary forces and couples. Mechanism & Machine Theory‐ Rao & Dukhipati (New Age) 9. Brakes and Dynamometers: External and internal shoe brakes. gyroscopic couple and reaction. 7. safetyrazor etc. Identification of need. Need based developments. . Terminology: Design definitions. cutting action. Books: 1. Economic aspects fixed and variable costs.. Product Design – C. McGraw Hill Engineering. Up & Down milling. The Art of thought‐ Grohem Wallas‐ Brev & Co. Defects in weld and remedies. lapping. explosive welding. TIG & MIG processes and their parameters. slotter planer: Operation. Ideation techniques. Resistance welding‐ spot. Dressing and trueing. Max chip thickness. operations. 7. Super finishing: Honing. Gupta. Shrinkage/residual stresses in welds. Utility concept. transformations. Maxchip thickness and Guest criteria. drive. Product Design & Dection Therory – M. 3. Business Book Industrial Design for Engineers – W. Utility value. electroslag. PH Engg. Grinding wheel wear attritious wear. Tool layout. Decision making under multiple criteria. Beabley & HW Leach.Mental blocks. Semi/Automatic. Grinding wheel specification. Lain. Plasma arc welding. failure rte. brain storming and syneerics. Reliability considerations. seam projection. Gewford‐ Ph. Weld decay in HAZ. 5. Geometry of twist drill Grinding: Grinding wheel. Milling: Milling cutter. power required. LBM. Man‐machine Interface. polishing. Application of Computers in product design. Gas welding and cutting. Mayall Hiffe Human Factor Engg. EBW. reaming tools. Drilling and boring: Drilling. 8. Other welding processes such as atomic hydrogen. Optimum spares from reliability considerations.P. Removal blocks. AJM) similarly. non‐ conventional welding processes such as LBW. Flat and cylindrical grinding. Metal Joining Welding : Survey of welding and allied processes. fracture wear.. Product Design & Manufacturing – A. process and equipment. Shaper. Non conventional Machining and Non‐conventional Welding Benefits. Book References: 1.K. EBM.C.K. Thermodynamic and Metallurgical aspects in welding and weld. New York. An Introduction to creative Profession‐ G.D.ECM.D. boring. friction welding. checklist. USM. Dividing head. Arc welding: Power sources and consumables. Centerless grinding. 2. Turret/Capstan. Mc Millan MANUFACTURING SCIENCE – II Course Code (ME-507) 1) Credit4(3-0- Metal Cutting and Machine Tools Metal Cutting Lathe: Principle. MTTF and MTBF. 6. Break‐even analysis. Morphological techniques. Manufacturing science by Ghosh and Mullick . reliability of systems in series and parallel. indexing. Design of displays and controls. – Mccormic E. Utility index. Chitat & R. application and working principles of non‐conventional machining process. compatibility of displays and controls Ergonomic Aspects. USW. Introduction to Non‐conventional Machining and welding (EDM.C. PHI (EEE) The Technology of Creation Thinking‐ R. submerged are. Bath tub curve.J. Starr. abrasive. types. Anthropometrics data and its importance in design. 4.H. creativity. HAZ. CI and aviation fuels. Fuel air cycle. Complete carburetor and its elements. . Combustion in SI & CI Engines: Stiochiometric air fuel. Machining a block on shaper machine. Engine: Types. Gas welding experiment 12. 4. Environment friendly engines. Methods to reduce detonation. Study of different types of tools and its angles & materials. Petroleum refining process. Detonation or Knock. Stiochiometric air – fuel ratio. Chemical Structure. 5.C engine. Fuel system. Macro and microstructure of welding joints. 2. Jain 4. Combustor chambers design. Knocking rating of SI and CI fuels. Gear cutting on milling machine. Improvement of Performance by modification of gas turbine cycles.K. Experiment on unconventional welding 17. Combustion theory. Experiment on in conventional machining 16. Experiment on jigs/Fixtures and its uses 11. Alternative fuels for I. Diesel and Dual Cycles. Resistance welding experiment 14. Comparison. Pandey 7. List of auxiliary system. Non‐ petroleum fuels. Fuels for I. Effects of knock. Variable affecting knock.C. Simple carburetor. Manufacturing by Degarmo 8. Jain MANUFACTURING SCIENCE –II LAB 1. Fuel pump. Working principle. Types. Shear‐angle determination (using formula) with tube cutting (for orthogonal) on lathe machine. Pandey 6.Advanced machining process by V. Drilling holes on drilling machine and study of twist‐drill 8. Fundamentals of Metal Cutting and Machine Tools by Boothroyd 3. Process & materials of manufacturing‐ Lind burg 10. Application. Experiment on TIG/MIG Welding 18. Tools grinding (to provide tool angles) on tool‐grinder machine.C. Finishing of a surface on surface‐grinding machine. Fundamentals of metal cutting & machine tools‐ Juneja & Shekhoin 9. ENGINES CourseCode:ME508 Credit 4(3‐1‐0) Introduction: Review Classification. Production Engineering Science by P. Engine air‐fuel requirement. Combustion phenomena. Production Technology‐HMT 5. Soldering & Brazing experiment 15. Properties of SI. Modern Machining by P. Arc welding experiment 13. Production Technology. C. by R. 6. Engine variables on ignition delay and flame Speed Abnormoral Combustion. 7. Actual cycle. Experiment on tool wear and tool life 10. Multi‐ point fuel injection system. Sterling and Bryaton Cycle. I.C. Governing of SI engines. Carburetion and gasoline Injection: Intake and exhaust system. Bolt (thread) making on Lathe machine 3. 9. Gas Cycle & Processes: Review of Otto. Valve timings.K. Constructions details.2. Contact breaker. Mechanism of lubrication. Internal combustion Engine‐ Heywood. Electronic ignition systems Engine Friction and Lubrication: Total engine friction. terms. Effect of sub cooling of condensate on C. Bryton Refrigeration cycle. TMH 8. Two‐ stroke Engines: Classification. Injection pump. New Delhi. Type of tests – speed fuel and air consumption. Refrigerants: Classification. Spark plug. Supercharging : Objective. Mathur & R. . common refrigerants secondary refrigerants and CFC free refrigerant. & capacity. Factors affecting engine friction. Pollutants from I. classification of Air craft Refrigeration system. Testing & Performance: Performance parameters. Lubrication systems. Scavenging processes. Optimum C.O. use of p‐h chart.P. Rai & sons. Cooling system. Types – Battery and Magneto ignition system. Particulate emissions.C. Enthalpy concentration diagram. Methods. engines. Nomenclature. Dhanpat. Working principle. Effects of air pollution. engine Analysis and practice –E. Air Conditioning: Introduction to air‐conditioning. Carnot Refrigeration cycle. Air craft Refrigeration. Theory of mixtures. Performance characteristics. Sharma. Comparison between Absorption & compression system. Heat balance sheet. Additives.C.L. C. Vapour Compression system: Single stage system. psychrometrics. Adiabatic mixing of two systems. Turbocharger. Spark advance mechanism . Governing.P. Yadav.P. CPH. Lubricants and their properties.O. I. Types. effect of super heating of vapour‐ compression constructional details of Refrigerator and Air conditioner. Desirable properties of refrigerants. Allahabad 7. applications. Engine Cooling System: Necessity of cooling.O. Parameters affecting engine heat transfer. Internal combustion Engines and Air Pollution‐ R. Fuel injector. Indicated and brake power. Fuel Injection System: Requirements of injection system. Engines by V. Effect of pressure change on C. comparison with Ammonia‐water system. 3. Temp‐concentration Diagram. Mc‐Graw Hill REFRIGERATION & AIR CONDITIONING Course Code (ME‐502) Credit: 4(3‐0‐1) Refrigeration: Introduction to Refrigeration System: Methods of Refrigeration. Measurement.F. obert 2. Internal Combustion Engine‐Gill and Smith 6. Air Pollution and Control: Sources and classification. Mechanism of formation of pollutants.P.‐Vasandani & Kumar 5. Injector nozzle. Air Refrigeration cycle. Performance.P. performance.I. References: 1. Dry Air Rated Temperature (DART). advantages and disadvantages. Internal combustion engines‐ Maleev 4. Lubrication. Actual power for Refrigeration system. Heat Engg. Dual angle. Ganesam. Ignition System: Requirements. & pressure ratio. Exhaust gas treatment. friction. I. C.C. A Course in internal combustion engines –M. Vapour‐Absorption System:Working Principle of continuous Absorption System. Lithium‐Bromide water vapour absorption system. Firing order . Heat transfer and energy balance.O. Unit of Refrigeration capacity. hydrostatic bearing. crossed helical gears. Helical Gears: Tooth relation ship.P. hydrodynamic theory of lubrication. freezes. Arora. 8) 6. tapered roller bearings. Antifriction bearing: Types of ball bearing. water coolers.To study the basic components of Vapour compression refrigeration system. valve gear mechanism.O.Visit of cold storage. friction life of bearing. (exp.Principles of Refrigeration by Roy J. Refrigeration Equipment & Application:Expansion device. 7. Worm gears: Types of worm gearing.To study different types of evaporators used in Refrigeration system (exp. . Wet‐bulb temperature. viscosity. Mounting of bearings. 2. boundary lubrication. comfort zones. gear materials. Duct design. REFRIGERATION & AIR CONDITIONING LAB say minimum eight out of flowing in more depth & details 1. design for bending.Definitions.By pass factor of cooling load of any room.Visit of a central air‐conditioning plant 15. hypoid gears. power rating efficiency. design of bearing using design charts. Adiabatic saturation & Thermodynamic. Air conditioning requirement for comfort and industrial process. gear cutting methods. 13.Plot operating on T‐S Chart & P‐h chart To calculate the following by performing experiments on Air conditioning test.P. thermal analysis for human body.P. 5. 11. wear and dynamic loading. cooling towers.Refrigeration & Air conditioning by Arora & Domkundwar. Calculate the following by performing experiments of refrigeration test Rig. MACHINE –DESIGN‐ II Course Code (ME‐505) Credit 4(3‐0‐1) Spur gears: Conjugate action. 6. spiral bevel gears. Theoretical & actual C. cross‐head. Food preservation cold storage. needle roller bearing. References: 1. tooth proportions design of the helical gears. roller bearing. hydrodynamic thrust bearing. 4. reliability considerations. Engine Parts: Design of the connecting rod. 2.To study the Air washer 14.Refrigeration & Air Conditioning by C. tooth loads. Dossat. worm gear standers and proportions.To study different types of expansion devices used in refrigeration system. dynamic loading. Refrigerators. involute gears. selection of ball bearing. 11) 10. thrust bearing. lubrication and sealing. 8. strength of spur gears I bending and in wear. psychrometers use of psychrometric chart.To study different types of Psychrometers 4. 9. design of gears in volute spines gear corrections. analysis of forces. 10. roller bearing. crank shaft and piston. Rig. Bevel gears: Straight bevel gears. ice plant. 3.Refrigeration & Air Conditioning by Manohar Prasad. 7.O. Theoretical & actual C.To study the basic components of Air conditioning system 3. types of bearing. cooling & heating load calculations. Lubrication and sliding bearing: Type of lubrication.Volumetric efficiency of compressor 9. ramp and sinusoidal inputs. Concept of control value. AUTOMATIC CONTROLS Course Code (EEE-509) Credit 3(2-1-0) Introduction :Concept of automatic controls‐loop and closed‐loop systems. students can write compute program for the design done in section A/ theory subjects. Machine Design‐Maleev and Hartman. gears. Kataria 10. 5. switch statement etc. Bode plots‐experimental determination of frequency response. C. Representation of control components and systems: Translation and rotational mechanical components. bearings etc. Mir. D. servomechanisms. To make student able to write computer program. 3 turns for A. CBS. Moscow data books 7. two position control. Tata‐McGraw Hill Pu. 2 turns for C and 2 turns of D. gain and phase margins. control statements. Shigley McGraw –Hill Publications.Design of Machine Elements – Bhandari TMH 11. Mir Publishers: Mosow. electrical components. properties of unit step response of second order system. by students. analogous system. hydraulic and electric controllers. B. say. Mode of Controls: Proportional control‐proportional pus reset control proportional plus rate control. Writing computer programme for conventional designAfter section B. Pun: Mocow 6. for while. Mir Publisher: Mosow. Mechanical Engineering Desigh‐Joseph E. Machine elements: Dobrovsky. Pub. Fundamentals of Machine design‐Rechard M. Conventional Design & DrawingConventional design & drawing on small drawing sheet using hand book for items such as engine parts. Machine design D. 2. Computer and LanguageLectures should be given by teachers on introduction to computer and languages such as C/Input Out put statements. block diagrams. cascade systems.I doughtie. Root locus plots: Simple transfer functions transient response from root locus. Control system analysis: Transient response of simple control systems stability of control system Routh’s criterion. 3. total 10. Reshetov. Machine Design –Sharma & Agrawal. Mc Graw‐Hill MACHINE DESIGN – II LAB At least 2 experiments/turns (lecture‐classes) from each of the 4 following sections. [1978] 8. shafts. ir. Reshetov. 3 turns for B. 4. systems with velocity lag. reset rate. Function and its uses. Application of Laplace Transform in control system. Mg‐graw Hill Co.N. Machine design D. System Response: First and second order systems response to impulse. Bode and Niquist stability criteria. if. Controller Mechanisms: Pneumatic. Structure. Phelan. students can do drawing & drafting of design done in section A. series and parallel combinations. Auto CAD‐ With initial review teaching of Auto CAD. 9. A.Machine Design‐ Black & Adams. Frequency response analysis: Polar. . Fundamentals of Machine desigh [Vol: 1‐5] Porlov. References: 1. Design of machine members‐ alex Valance V.N. general principles for generating various control actions. transfer functions. 2. steam drum and internal. circulation in down comer-riser circuits and their sizing. Condensers and Cooling Towers: Function of condenser. heat absorption in water tube boilers. velocity and pressure in nozzles and diffuser. Nagarth and M. References: 1. Automatic control Theory‐ Rave. Longmans Green & Co. critical in nozzle flow. Principle methods of increasing thermal efficiency. energy lost by impulse and reaction turbines. feed water treatment. Efficiencies. 3.Vapour power cycle: Review of Carnot and Rankine cycle. Optimum feed water temperature. Classification of boilers. Ltd. design of nozzles and diffusers. Effect of flow of wet. classification comparison. surface and jet condensers. Regenerative feed heating cycles.P. 8 2. Power output.C. general relationship. mass of circulating water. mountings and accessories. Fuel handling systems. velocity diagram for impulse and reaction turbines. Deviation of actual cycle from theoretical cycle. condenser and vacuum efficiency. between area. 6. Eckaman. governing characteristics. Viley Eastern Ltd. steam turbine auxiliary systems. Erosion and corrosion of blades and its prevention. supersaturated flow through nozzles. Requirement of ideal working fluid. governing of reheat turbines. effect of variation of back pressure in nozzle. throttle governing. steam in nozzles and blades. condensing system. Control systems Engineering‐ I. Fuel . Flow through nozzles and diffusers: ?Classification of nozzles and diffusers. 5 3. mass flow rate through nozzle under isentropic flow condition. Reheating and? regenerative cycles. nozzle governing and by pass governing speeder and anticipatory gear. temperature distribution in feed heaters. Steady flow energy equation through nozzles. Steam turbines: Principles of working of steam turbines. Steam generator: Function of boilers. modern boilers. Practical feed heating systems. Prentice – Hall [1976] 4. losses in steam turbines. Allied Publishers Pvt. Ltd. 4 5. 13 4. Gopat New Age Pvt. Modern Control Engineering – Linear Control Systems‐ W‐Leonhard.J. physical explanation of critical pressure for a given initial velocity under isentropic and actual flow conditions. Kuo. Automatic Process Control‐ D. Ash loading system. Nozzle and diffuser efficiencies. McGraw‐ Hill Book Co. Cooling tower: construction details and analysis. state point locus and reheat factor. Optimum value of blade-speed ration in impulse and reaction turbines. Industrial Automatic controls – lajoy. momentum equation. Calculation of mass of bled steam. Deaerators. Automatic Control Systems – B. need of governing. STEAM POWER ENGINEERING Course Code ME‐512 CREDIT : 4 (3‐1‐0) 1. axial thrust diagram efficiency. Binary vapour cycle. [1976] 5. direct digital control. Effect of operating conditions on thermal efficiency of Rankine cycle. 2. Priddy. Hydraulic Transmission and its Elements. MACHINE TOOL DESIGN Course Code ME‐513 (Elective-I) CREDIT : 4 (3‐1‐0) UNIT – I Introduction to Machine Tool Drives and Mechanisms – General Principles of Machine Tool Design: Working and Auxiliary Motions inMachine Tools. Li and B.Design calculations of spindles– Anti friction bearing – Sliding bearings. 4. Stepped regulation of Speed: Design of speedbox. – Design of Feed Box – Machine Tool Drives using Multiple Speed Motions –Special Cases of Gear Box Design – General Recommendations for Developingthe Gearing Diagram – Stepless Regulation of Speed and Feed Rates.burning equipment.Dynamic characteristics of the cutting process – Stability . 3.J. McGraw Hill. UNIT-III Design of Machine Tool Structures: Function of Machine Tool Structures and their requirements – Design criteria formachine tool structures – Materials of machines Tools structures – Static andDynamic stiffness – Profiles of machine tool structure – Basic Design proceduresof machine tool structures – Design of Beds – Design of Columns – Design of Housings – Design of Bases and Tables – Design of Cross Rails.W. 6. Mechanical Transmissionand its Elements. VII ed. 10 REFERENCES 1. Arms. Parameters Defining Working Motions of a Machine Tool. UNIT – II Regulation of Speed and Feed Rates: Aim of speed and feed rate regulation. Theory of Steam Turbine by W. stean generator control.Kearton Steam & Gas turbines and Power Plant Enginering. Central Publishing House Allahabad. Techno-Economical Prerequisites for Undertaking the Design of New Machine Tool. Layout of Machine Tool. MachineTool Drives. draught. Turbines. Saddlesand carriages – Design of Rams – Model Technique in design in machine toolstructures. UNIT-V Design of Spindles and Spindle Supports : Functions of Spindle Unit and requirements – Materials of Spindles – Effect ofmachine tool compliance on machining accuracy .. 2004. Fluidized bed boilers. P.M.Yahya Power Plant Technology by M. General Requirements of Machine Tool Design. Engineering Design Process Applied to Machine Tools. El-wakil.Dynamic characteristics of theequivalent elastic systems . Dhanpat Rai and Sons. Internal Edition.M. Compressors and Fans by S. UNIT-IV Design of Guideways and Power Screws: Functions and types of Guideways – Design of Slideways – Design criteria andcalculations for slideways – Guideways operative under liquid friction conditions –Design of Aerostatic slideways – Design of Anti-Friction Guideways – CombinationGuideways – Protecting devices for slideways – Design of power screws. performance of boilers. Power Plant Enginering by Domkundwar and Arora. Power Plant system Design by K. 1985. UNIT-VI Dynamics of Machine tools Machine tool elastic system-cutting process closed-loop system – general procedurefor assessing dynamic stasbility of EES –cutting process closed-loop system –Dynamic characteristics of elements and systems . 5. John Wiley. Alternative fuels. F. 1989 3.Dissociation Module 2 Carburation .types of cooling system .valve timing diagrams . Calcutta – 1986. 2. Stratified charge e/n.M. 1968. Alcohol.Swirl .. ratings of fuels . I.Chemical structure . fire point & viscosity index .qualities.Air fuel mixture requirements .detonation .Battery & Magneto type firing order .in/dap/syl.stoichiometry and excess air calculations . Allied Publisher.Controlling Methods .Theory. visit http://jntu. Vol. Moscow.vaporization of fuel droplets and spray formation .combustion quality .K. biogas. REFERENCES : 1.Abnormal combustion . I.diesel knock .direct and indirect injection .K.analysis – Forced vibrations of machine tools. Introductionto Fluid Power Circuits and systems. New Central Book Agency. Engines .Theory of engine heat transfer . Machine Tool Design. chemistry and control . Engines .Lubrication systems .design considerations.variation of specific heats .combustion chamber . Addison Wesley. Mehta N. TMII.flash point. Sen G.html FUEL COMBUSTION AND POLLUTION Course Code ME‐515 CREDIT : 4 (3‐1‐0) Module 1 Working of two stroke & four stroke . Russe W. I. Various elements of a CNC machines –Drives used and their selection. Types of Engines . Design of Machine Tools. Koenigs Berger & Tlusty. E/n .fuel injection pump .Ignition Lag . UNIT-VIII Numerical Control of Machine Tools : Fundamental concepts. classification and structure of numerical control systems – Manual part programming– Computer Added part programming.Ignition limits . 2. I.stages of combustion . Pergaman Press 1970 4. .Fuels .Super charging & turbo charging.effects . Basu S. TEXT BOOKS : 1.Fuel injection systems .types .types of carburetors .nozzle . 2 & 3 Mir publishers.heat losses . 1970 For more details. Module 4 Combustion in C.Wankel E/n.Air motion .Petrol and Diesel Engines (Review Only) .classifications .properties of lubricants additives for lubricants . vegetable oils. Fuel air cycle (actual) for petrol and diesel engines . Machine Tool Design. P. UNIT – VII Control systems in machine tools : Functions.Ignition lag Flame propagation . System . free piston E/n.Various stages of combustion . VCR E/n.S. I. Engine .Heat rejection and cooling .Air and liquid system . Principles of Machine Tools.ac. Henke. Module 3 Combustion in S.Ignition system . & Bhattacharya. requirements and classification – Control systems for changing speedsand Feeds – Control systems for executing forming and Auxiliary motions – Manualcontrol system – Automatic control systems – Adaptive control system.Ignition timing and spark advance . Design of Machine Tools. Acherkan N.combustion chamber design considerations.Injection in S.Air Fuel ratio in C. Stirling E/n. Francis and Kaplan turbines classification of turbines. Turbine exp. Study through second visit of any pumping station/ plant . Exp. model testing. Engine. Hydraulic machines V. efficiency. ram. performance curves. Vasandani 4. Heywood 2. different types of gas turbines. On pelton wheel 3. Engines . On Hydraulic Brake 9. Genesan 5. Muschel curves. hydraulic press. variation of pressure. Lal 2. curve). water hammer.Thermal reaction . On centrifugal pump. slip. Jet Theory: Introduction to hydro dynamic thrust of a jet on a fixed and movin g suface (flat. 3.Indicated power . work saved by fitting air vessels. C. 4. Turbine exp. References: 1.S. On Kaplan turbine 5. J. jet pumps and air lift pumps. comparison of centrifugal and reciprocating pumps. selection of a turbines. Kumar 3. specific speed.P. CO.Exhaust gas treatment . testing of turbines. Arora 5.Brake power . stability of a turbine (Static & dynamic). Exp. I. work done by impeller. cavitations in turbines. I.catalytic converter . On Reciprocating pump 6.Measurement of exhaust smoke and exhaust emission. fluid coupling. cavitations and separation. Fluid machinery‐ K.Volumetric Efficiency . specific speeds. Seth. cranks.Testing of I. model testing. References 1. effect of inclination of jet with the surface. Hydraulic Turbines:Pelton Wheel. working principles. Exp on Hydraulic Jack/Press 8.N. 7.Morse Test . design aspects. work done (single and double acting). Engine operating characteristics . working cycle. priming. reciprocating pumps. F. On Hydraulic Ram 10. surging. C. performance. Hydraulic Machines Dr. 4. On Francis turbine 4. Vasandani & D.P. Hydraulic machines:Hydraulic systems.M. Study through first visit of any pumping station/plant 11. Turbine exp.Particulate Trap. Internal Combustion Engine Lichty L. V. Impact of jet experiment 2. Nox. Internal Combustion Engine V. performance characteristics. efficiencies of centrifugal pumps. intensifier. Fluid machinery – P. 2. jacks. FLUID MACHINERY LAB Say minimum eight experiment following or such experiment 1. And C. governing of turbines. Gas Turbines and Jet propulsion:Introduction. classification. 3. classifications. checking. jet propulsion. Modi & S. constant efficeiency curves. 5. Internal Combustion Engine and Air Pollution Obert E. Pumps:Centrifugal pumps. A course in internal combustion Engine Mathur and Sharma. work done. multicylinder pumps. Heat Engg.Module 5 Pollutant formation and control in S. accumulator. thrust power and propulsion efficiency. Exp. Internal Combustion Engine Fundamentals John B. fluid torque converter. draft tube theory.R. Exp. Unburned hydro Carbon and particulate .Heat balance Test . Course Code (CE‐576) FLUID MACHINERY Credit 4(2‐1‐1) 1. Significant oil contaminants. Solvent-Soluble penetrants. InducedCurrent flow method.Radiographic examination. Introduction. Main amplifier and Signal processing/ Display unit.Lubricant analysis methods.(06 Hrs) 7. Need for corrosion monitoring. (06 Hrs) 4. Transducers. (08 Hrs) 8. Ferratic wear debris. Case studies. Dwell time. Lubricant sampling methods. Transmission technique. Induction Magnetising Coil method. Magnetic particle Inspection Inks. Other X-ray sources. performance parameter. Indications from theamount of debris present. Thallium 170. Steam turbine performance parameters.Sonics. Signals and processing. Tube shielding. SPM and its Applications. Cost. Mechanical Fault Diagnosis By Wears Monitoring & Lubricant AnalysisIntroduction. Selection of Transducers. Contact resistance method. (06 Hrs) 2. Monitoring Techniques. Current flow Magnetisation. CONDITION MONITORING Course Code ME‐514 CREDIT 4 (3‐1‐0) . Pulse echo technique. Condition Monitoring case Studies & Applications . Liquid Penetrate inspection. Implementation of Condition Based Maintenance. The Kurtosis method. Vibration frequency analysis. Eddy Current apparatus. Water-washablemethod.Linear accelerators.Iridium 192. Interpretation. Measurement location. Surface drying. Economics and Application. SPM for testing Antifriction bearings.Thermography-Thermographic Equipment. Strippable Magnetic film. (06 Hrs) 3.Induction Threading bar method. Debriscollection methods. Ultra sonic triangulation fault location Acoustic emissiontechnique (AET)Instrumentation. Thermodynamic and Fluid dynamic analysis. Case examples. X-ray Apparatus. AnalysisTechniques.Selection of Monitoring Methods. Safety Hazards and Government control. Vibrationsignature analysis. Assessment of monitoring techniques. Visual testing. Resonancetechnique. Economics of Condition Monitoring. Permanent Monitoring. Machinery signatures. (07 Hrs) 6. Radiographic film. Gamma-ray Radiography.12. Shock pulse method. Setting up aCM Activity. Interpretation of results. Penetrant application. Radiograph. (07 Hrs) 5. Fiber optics system. Corrosion monitoring. Control console. Application of Thermography.Case examples. X-ray generation. Resistance techniques. Used oilContamination-time trends. Indication from the size distribution of debris. Case studies. Postemulsifiable penetrants. Precleaning. Frequency modulation techniques.Consequences of implementation of CBM. Specialized techniques of condition monitoring Acoustic imaging. Non-Destructive testing Introduction.Lubricant sampling & analysis-Sampling. Preamplifier and filter. Primary andSecondary. Vibration Monitoring and analysis Introduction. Wear detection using proximitymonitors. Isotope ProjectorsGeometric factors. Any other suitable experiment/test rig such as comparison & performance of different types of pumps and turbines. Electrostatic or Ven De Graffgenerators. Source of Contamination. Information System. Cobalt 62. Vibration severitycriteria. Induction Magnetic Flow Method. ConditionMonitoring Methods.Other probe techniques-Analytical technique and others. Ultra Sonics. 1.Principles. Changes in the carrier fluid. Fields of application.Direct debris detection methods. Excess surfacepenetrateremoval. Vibration Monitoring of ball and roller bearings Introduction. Magnetictesting Methods. Developer application. Performance Trend monitoring Introduction.Case studies.Sources-Radium.Application of chemical analysis of debris.Wear process monitoring techniques. ManualMonitoringContinuous monitoring. Machine failure modes. Colours. string.Introduction to Numerical Methods and Optimization Technique‐ Introduction to Numerical techniques and optimization. Spline curve. CAD / CAM by Groover 3. 3‐D Graphic ‐ Polygon surface. Features of C++ over C. Numerical methods using C by Xavier. Solid modeling‐ Sweep representation wire mesh. 1. Introduction: Introduction to CAD / CAED / CAE and its engineering applications. 5. References: 1.. Pointer nations. Turbine shelldistortion. Solution. quadric and super quadric surface and Bobby objects. 2. least square method. Display devices. CAD of machine elements such as shaft. One / Two dimensional beam element (spring system) analysis. function. Array. Books / References. Brief introduction to numerical differentiation and integration. R. Monitoring of cracks in rotorsTurbocompressor misalignment. 6.Pau Marcel Deker “Failure Diagnosis and Performance Monitoring”. 2‐D and 3‐D transformations concatenation. Graphic functions. Analysis of the failures. Computer Graphic by Hearn & Baker.History of failures. CTR. (06 Hrs) Text Books: 1. COMPUTER AIDED DESIGN Course Code (ME‐601) Credit 5(3‐0‐2) 1. Bezier curves and its properties. Boundary representation. Chapman and hall 1977. Solution. Brief mention of other curves. 3. Linear programming for constrained optimization (only graphical method) . importance & necessity. Curve representation. bearing and problem from other system such as heat exchanger. C++ Input output statements. springs. Prentice Hall. Symptoms and Detections. Detection of faulty electrical components. Computer Graphics‐ Graphic systems. control statement. Writing computer program in C.A. inventory control etc. Output primitives‐Breseham's line drawing and Mid‐point circle algorithms. Curve fittings. Exercise and programs. Caollacatt Chapman “Mechanical Fault Diagnosis and Condition Monitoring”.Failure of fan bearings. 2. switch statement.F. matrix. Interpolation vs approximation.Introduction to Finite Element Method (FEM) Introduction and applications of FEM. structure. Newton‐ Raphson method for root finding an for optimization. Analysis oftrouble. C. Auto CAD and its uses. class concept of object oriented Programming. 4. L. Co‐ordinate representation. if for while. Programming in C. C++ Brief introduction and review computer and languages. Update CEP ISTE New Delhi “Condition Monitoring and condition based maintenance”. . constructive solid geometry and Boolean operations. 2. Computer aided analysis & design of machine elements by Rao & Dukhipati 5. Computer Aided Design of Machine Elements and Other systems. Let us C by yaswant kanetkar and also on C++ 4.High frequency vibration of gas compressor-History of trouble.A. Methods for Improving Accuracy and Productivity. Macro statement. counting devices. Open and closed loop. Writing a part ‐ programing (in word address format or in APT) for a job for drilling operation (contouring and running on NC machine. 3. VAL and AML with examples. Robots by Koren 3. Examples drilling and milling. FEM ‐ SS Rao CAD LAB say minimum 6 experiments from following 1. Computer control of Manufacturing systems by Koren 2. Speed variation of DC motor. Design problem experiment: writing the program for design of of machine element or other system and running it on computer. Auto CAD experiment: understanding and use of Auto CAD commands. Types and generations of Robots. Historical development and future trends. Optimization ‐ SS Rao 7. Line drawing or Circle drawing algorithm experiment : writing the program and running it on Computer. Introduction to Artificial intelligence for intelligent manufacturing. Closed loop. Automatic control of closed loops with encoder & tachometers. Robot applications. Writing a small program for FEM for 2 spring system and running it. CIM. OR using a FEM package. CAM LAB Minimum four experiments 1. Introduction: Need and future of NC systems and CAM in India.Control of NC systems: Open and closed loops. 5. Use of graphic software standards packages e.6. Digital to Analog converter and Vice versa.Interpolators:Principle. 3. Transformations algorithm experiment for translation / rotations / scaling : writing program and running it on computer.g. Digital Differential Analyses. 4. Classification. Adaptive control. (b) APT programming.Computer integrated manufacturing system: Manufacturing cell. Economics. 5. CAD / CAM concept. 4. Historical development and future trends. 7. Optimisation problem experiment: writing a program for optimizing a function and running it on computer. Advantages & Disadvantages. stepping motors. 8. 6. 2. NC Machines by Koren 4. . 2. NC Part Programming:(a)Manual (word address format) programming. 6. GKss / PHICS / GL etc. FMS. Transfer lines.System Device: Introduction to DC motors. Robot programming methods. Feed back device such as encoder. 7. Motion and Additional statements.Robotics:NC machine vs Robots. 8. Computer Aided Manufacturing Course Code (ME‐602) Credit 5(3‐0‐2) 1. Features of NC Programming: Difference between ordinary and NC machine tools. Geometry. CAD / CAM by Groover. Linear Interpolator and its software interpolator. Use of pro Engineer / Idea etc. Books / References: 1. 2. Power and Torque characteristic. Experiment of difference between ordinary machine and NC machine. air and gradient resistance. Mechanical brakes. Braking System: Generals requirements. Experiment on Mechatronics & controls. Study safety aspect of automobile design. 3. Experiment on Robots and its programs. Automatic transmission. study or retrofitting. Braking ratio. Automotive Engineering ‐ Heitner Automotive Engineering ‐ Kripal Singh Automotive Engineering ‐ Narang Automotive Mechanics ‐ Crouse Automotive Engineering ‐ Newton and Steed. Maintenance System: Preventive maintenance. 2. break down maintenance. 7. Experiment on study of system devices such as motor and feed devices. Writing a part programming (in word address format or in APT) for a job milling operation (conducting) and running on NC machine. 7. injector & Fuel Pump. Gear ratio determination. 5. Study & experiment on steering system 5. Experiment on difference between ordinary machine and NC machine. Study & experiment on transmission system 6. Steering geometry. Electrical System: Types of starting motors. tyre adhesion. Study & experiment on suspension system. Over Drive and free wheel. Differential Gear Mechanism of Rear Axle. clutches. Study & experiment on fuel supply system. Cooling & Lubrication System: Different type of cooling system and lubrication system. Study & experiment on Lighting or lubrication system. Strength and stiffness. 8. steering and Front Axle. MPFI. Understeer and Oversteer. 5. Transmission system: Requirements. 3. Design of gear Box. Ignition system. lighting system. 4. Ackerman mechanism. Study & experiment on lubrication and cooling system . Rolling. Thermal aspects.2. Universal joint. Fuel System: Diesel & Petrol Vehicle system such as Fuel Injection Pump. Tractive effort. 4. Study & experiment on braking system. Carburator etc. weight transfer. and over hauling system. generators & regulators. Vaccum and airbrakes. wheel camber & Toe in Toe out etc. Various suspension system. Battery etc. Horn. Chasis and suspension system: Loads on the frame. 3. AUTOMOBILE ENGINEERING Course Code (ME‐603) Credit 4(2‐1‐1) Power Unit Gear Box: Principles of design of main components. Gear Box. Hydraulic brakes. Study & experiment on ignition system. 4. study or retrofitting. Castor Angle. Valve mechanism. 6. Torque converts. References: 1. Road. 9. AUTOMOBILE ENGINEERING ‐ LAB Say any study & experiment from the following 1. Defining the proposed effort. Morse 6. 14. Non‐Conventional Energy Resources. Study & experiment of main gear box and differential gear box.T. A case Study.K. geo‐thermal. Power Plant Engineering ‐ Francis 5.Heating duct insulation‐System High ‐ Speed belt drive system. 3. Problem formulation: Nature of engineering problems. A case study: e. Black Box approach. Brief Review of Prime movers. Automobile instrumentation panel system. burners for pulvirized coal. Role of Engineering problem solving. Steam Power Plants‐Site Selection. Maruti. 12. 5. Introduction‐Requirement of power and problems. 18. 2. Indica and its variations) available in India. Experiment & study of MPFL system. 11. MECHANICAL SYSTEMS DESIGN Course Code (ME‐606) Credit 4(3‐1‐0) 1.C. Matiz. POWER PLANT ENGINEERING Course Code (ME‐605 Credit4(3‐ 1‐0) 1. Dams. puilverizing mills. Engineering Process and Systems Approach: Applications of systems concepts in Engineering. Power Plant Engineering ‐ Mahesh Verma 7. Comparative study & technical features of common scooter & motorcycles available in India. Problem scope and constraints. Engineering Activities Matrix. Plant Capacity factor. Ambassador. Fuel Preparation and handing. needs statement. Water hammer. Penstock. Process approach. Review experiment on IC Engines & modern trends. Comprative & technical features of common heavy vehicles available in India. Viscous lubrication system in wire drawing. 4. Decision. surge tank etc. Comparative study features of common small cars (such as Fiat. case study / term paper. Power Station Engineering & Economy ‐ Skrotzkil 4. Identification of engineering. Visit of a Automobile factory. wind. Basics of Power Plant economics. References: 1. e. Power Plant Engineering ‐ P. System Theories: System analysis View‐points. Power Plant Engineering ‐ F.g. Hierarchial Nature of systems hierarchial nature of problem environment. Nag 3. Power Plant Engineering ‐ Arora 2. Plant use factor etc. 13. tidal. Classification Different Components and working. Case study / term paper.g. Furnace. Hydro Electric Power Stations‐Site selection. Firing systems‐solid fuel firing. Engine tuning and carburator servicing experiment. Identification of engineering functions. Experiment on fuel consumption measurement. . Engine & Gas Turbine Power Plant 6. Load factor. A case study : eg. I. Nuclear Power Plant‐ 7. state theory approach. 16. suspension firing. 2. component integration approach.10. Concurrent Engineering. systems approach. Variable Load Problem‐Load curve. Pollution due to power generation 9. Santro. 17. Introduction to non‐conventional sources of energy solar. 8. 3. 15. K. Englewood Clifts. Murthy. wind turbine typesHorizontal axis and vertical axis machines. A case study: e. 2. A case study e. System Evaluation:Feasibility assessment. BIOMASS ENERGY : Thermochemical and biological conversion to solid.D. planning horizon. renewable and nonrenewable forms of Energy and their characteristics . System Modeling:Need for modeling. performance of wind machines . subjective.g. Simulation process problem definition. 4.g. Tata Mc‐Graw‐Hill. manufacture of a maize‐starch system.R. Unity value. Raredith. King. Suggested Text Books / References: 1. Mathematical Modeling. Model with equality constraint. flat plate and concentrating collectors. 2. Systems Simulation: Simulation concepts. 5. 10.i) Solar radiation at the earth surface . Path problem. Wong. simulation models. maximum power coefficient. WAVE AND TIDAL ENERGY. Aluminium extrusion system.N. Dixon. solution process. solar thermal power generation ii) Solar photovoltaic power generation. Prentice Hall Inc. Woodhead. WIND ENERGY . Model with two decision variables. Gupta and P. GEOTHERMAL ENERGY – Hot aquifiers and hot and dry acquifiers 6. 9. 3. 6. Optimization Techniques‐ S. 7. New Delhi. 5. Decision Analysis: Elements of a decision problem. availability of renewable energy and land area requirements. Motivation and freedom of choice goals and objectives‐ Criteria. solar ponds and energy storage. biogas and producer gas 3. Blackie and Son Ltd. Design and Planning of Engineering systems‐ by D. Concepts. .V. Linear graph modeling concepts. 4‐ Engineering Design‐ Robert Matousck.closed and open Cycles and their limitations. Aluminium extrusion system. An Introduction to Engineering Design Method‐ by V.monocrystalline.g. SOLAR ENERGY . Linear Graph Analysis:Graph modeling and analysis process. Waiting Line simulation.Power in wind. A case study : e. Optimization of an insulation ‐ system. 4.Graw‐Hill Publishing Company. Network flow problem. R. Optimization concepts:Optimization process. limitations of simulation approach : A case study : e. A case study: e. liquid and gaseous fuels. 6. Worthman. INTRODUCTION : the energy crisis .g. An inventory control in a Production‐Plant. production of bio ethanol.g. Calculus Methods for optimization:Model with one decision variable. modeling types and purpose. William R. A case study : e. Icons Analog Analytical. A compound bar system.W.S.. Tata Mc.g. Methods of optimization analytical combinatorial . Decision model Probability a dignity function. Financial analysis. 5 . poly crystalline and amorphous silicon modules and their production technology.causes and options . McGraw‐Hill. Design Engineering Design Method‐ by J.Ocean thermal energy conversion. Rao. Tidal Energy – nature of the tides and tidal barrages for power Generation. Glasgow. 8. time value of money. System Analysis and Project Management‐ Devid I Cleland.R. New Jersey. and R. OCEAN . Wave Energy and its conversion through oscillating Water column . Baye's theorem : A case study : e. Expected monetary value.g. site selection. Installation of a machinery. NON CONVENTIONAL ENERGY SOURCES Elective -1 Course Code ME‐650 0-0) CREDIT : 3 (3- 1. input model construction. Model with inequality constraint. design process. Theodosios Korakinitis .Yahya . Tata – Mc Graw Hill 1996.Yahya . compressors. Work done and pressure rise .basic operation.D flow . Kleemann and Mellis B) ‘ Solar Energy – principles of thermal collection and storage’ by Sukhatme. 3.III Axial flow Compressors . Tata Mc Graw Hill UNCONVENTIONAL MANUFACTURING PROCESS . hydraulic turbines 6 REFERENCES 1. turbojet engine . diffuser . S. design operation of single shaft gas turbine . velocity diagrams for axial & radial turbo machinery and pumps 8 UNIT – II Centrifugal Compressors . Thrust augmentation . Addison Weslay Longman Ltd. gas turbine cycles for aircraft propulsion . blockage in compressor annulus . turbo fan engine . intake and propelling nozzle efficiencies . Introduction to blowers.M. axial compressor characteristics. compressibility effects . Turbine . Prentice Hall International . turbo jet . 8 UNIT – V Steam Turbines . Tata Mc Graw Hill Gas Turbine – Ganeshan .Shaft power cycles. Main components . elementary theory. Ideal cycles and methods of accounting for component losses.M. Energy transfer in turbo machines. factors affecting stage pressure ratio. 3. 4 UNIT. 2. Gas turbine theory : Gohen & Rogers . Non dimensional quantities for plotting compressor characteristics . Design of high efficiency turbomachinery and gas turbines . blade design. method of improving part load performance. free turbine engine and jet engines. working of steam turbines Reciprocating pumps. 5. performance and characteristics axial flow pumps . Turbo machinery : S. Euler’s equation . turboprop engine. compressor characteristics. Reviews of laws of thermodynamics & SFEE in reference to turbo machinery.Constructional details . 4. 4 UNIT – IV Gas Turbine Cycles. degree of reaction . Indicator diagrams and modifications due to piston acceleration. Compressors and Fans .REFERENCES A) ‘ Renewable energy sources and conversion technology’ by Bansal . David Gordon Wilson . pumps. steam and gas turbines. THERMAL TURBO MACHINES Course CodeME-651 0-0) CREDIT : 3 ( 3- UNIT –I Brief history of turbo machinery.Principle of operation . calculation of stage performance . ultrasonic welding . Homogeneous . Dynamic Programming: Multistage decision problem & solution. primal & dual problem sensitivity analysis. ACTUATORS and CONTROL: Drive systems hydraulics . vision system .Pandey. Game Theory: Minimax & maximum strategies. pneumatic and electrical . Under water welding . Robot Terminology .P. ROBOTICS AND APPLICATION Course Code ME-653 CREDIT : 3 (3-0-0) INTRODUCTION : Past . Decision theory: Decision under various conditions.machining . water hammer forming . Abrasive jet maching etc. ultrasonic machining . Classification of Robot . Different types of grippers and design concepts . Computer interfaces OPERATION RESEARCH Course Code ME-654 CREDIT : 3 (3-0-0) Linear Programming: Simplex methods. Electro – Chemical maching .discharge. ROBOT K8INAMETICS : Object location . ROBOT DRIVES. Unit III Unconventional welding process : Principle and working and application of unconventional welding processes such as laser beam welding . Stepper Motor . SENSORS AND PERCEPTION : Type of sensors . REFERENCES : 1. Transportation & assignment problems. Unit II Unconventional machining process : Principle and working and applications of unconventional machining process such as electro. Plasma arc welding .Jain .Course CodeME-652 CREDIT : 3 (3-0-0) Unit 1 INTRODUCTION : Limitations of conventional manufacturing processes . Unit V UNCONVENTIONAL FORMING PROCESSES : Principle . Electro discharge forming . 2. Transformations . working and applications of High energy Forming processes such as explosive forming . Modern machining process. Direct and inverse kinematics . explosive compaction etc . electron beam welding . Applications . Metallising . Controller. Present and future . DC Motor . Stochastic Inventory Models: . Electro magnetic forming . Need of Unconventional manufacturing processes and its application . Unit IV Explosive welding .C. Cladding etc. principle of optimality. Components and Subsystems .K. Unconventional maching – V. End Effectors . Application of linear programming. Robot motion and path control . Manipulator motion . REFERENCES Operations Research by: Wangner. Strength of materials by Timoshenko and Young. Castingliano`s theorem. TMH. of hollow section.I & M/M/S system cost consideration. 5. location of the neutral axis. Strength of materials by Rajput. Production Planning of Operation Management : by Bugga. 4. Optimization Techniques by S. 3. stresses in rotating cylinders. integration method. redundant frames. St. airys function. REFERENCES AND BOOKS: 1. Rotating Disks and Cylinder: Stresses in uniform rotating disks. MODELLING AND SIMULATION IN ENGINEERING Course Code ME-656 CREDIT : 3 (3-0-0) Fundamental aspects of modeling : Technical and commercial aspects . continuous beams and the principles of three moments. generation of random numbers & simulation languages. Advance mechanics of solids by Kazami. 6. Strength of materials by Ryder. their relationship compatibility relation. Operation Research by: Pant. 2. types of modeling – . stress in crane hooks application to indeterminate case of circular ring and chain links. ADVANCE STRENGTH OF MATERIALS Course Code ME-655 CREDIT : 3 (3-0-0) Introduction: Concept of 3-D stress and strain. Simulations: Monte carlo simulation. Int. to Operation Research by :Ravindran. use of energy methods for solving indeterminate beam problems. helical spring under axial load and under axil twist (respectively for circular and square cross sections ) axial load and twisting moment acting simultaneously or circular cross-section of open and could spring laminated springs. application to beams with rectangular and trapezoidal cross-section. Venant`s principle. Rao.S. Unsymmetrical Bending: Properties of beams cross-section slope of the neutral axis stress and deflection in Unsymmetrical Bending determination of shear centre and flexural axis (for symmetry about both axis and for symmetry about only one axis) for 1 section and channel section. Indeterminate Structures: Conditions for static indeterminacy. Strength of materials by Singer. rotating disks of uniform strength.M. Curved Beams: Bending of beams with large initial curvature circumferential Stress.Single & multi period models with continuous & discrete demands. Torsion of Non-Circular Section and Hollow Sections: Torsion of non-circular section torsion. Queing Models: M. Helical and Leaf Springs: Deflection of springs by energy method. Ultra-Sonic Machining. Application in design and manufacturing MECHATRONICS Course Code ME-657 CREDIT : 3 (3-0-0) Fundamentals of Mechatronics. Electrochemical Machining. . Need of? Mechantronics in Mechanical Engineering. definitions and Concepts.Analysiz of Deformation Processes using SSM. stress-strain relations. Electron Beam Machining.State?? of stress and strain. Plasma Beam Machining. Electro-Chemical Abrasive Grinding. Micro Welding Processes. Chemical Machining. Flow rule.Fundaments of Elasticity. state of plastic strain. Explosive Welding. Hybrid Machining Processes: Electrochemical Discharge Machining. Laser Beam Machining. Stress and strain invariant ?Elesticity. Plasticity and Viscoplastcity. Electron Beam Welding. classification.? strain-displacement relations. Applications of? Mechatronics in Manufacturing and Automation Case Studies. Magnetic Abrasive Flow Finishing. real time interfacing. numerical . Electro Discharge Abrasive Grinding Unconventional Finishing Processes: Need. process principle and applications of Abrasive Flow Finishing. Rolling and forging of strips. . Welding in Space. forging of solid and Hallow disc. Axisymmetric?? Problems: Drawing and Extrusion of bar and tube. Under Water Welding. Principles of simulation Discrete event simulation . Signals System and actuating devices. Plasticity and Viscoplasticity: Yeld?? criterian. UBM & SLM Plain strain Problems: Drawing and Extrusion of sheet. Plasma Arc Welding. Bio Chemical Machining. brief overview Unconventional Machining Processes: Process Principle. METAL FORMING 1.analytical . Electrogel Magnetic Abrasive Finishing. Water Jet Machining. mechanistic . Model Testing . Ice Jet Machining.experimental . Ultra-Sonic Welding. Effective strain rate. Sheet metal problems: Axisymmetric deep drawing and stretching. Ion Beam Machining. Magneto-Rheological Finishing. Analysis and Applications of Electric Discharge Machining. plastic anisotropy and viscoplasticity (determination of load and power) concept of solid and flow formulations. effective stress and strain.Conventional vs Mechantronics Systems. Abrasive Jet Machining. Abrasive Water Jet Machining.? 2. Unconventional Welding Processes: Laser Beam Welding. Plastic strain rate. Magnetic Abrasive Finishing. Sensors and Transducers with? Special?? reference to Mechatronics. AI based stochastic . Advanced Manufacturing Processes Course Code ME-658 0-0) CREDIT : 3 (3- Introduction: Need and classification of unconventional manufacturing processes. basic statistical concepts. Bathtub curve. The energy crisis. New Delhi 4. Acceptance control chart. V. Process Capability. theory of statistical tolerance. Ballistic Particle Manufacturing. standardization and interchangeability. Acceptance Sampling: Multiple and Sequential Sampling Plans. cost aspects. Laminated Object Manufacturing. System. rotary and isothermal forming. Parameter and Tolerance Design. 5. . CREDIT : 3 (3-0-0) Concept of quality. Control Charts: General theory of Control Charts. Cause-Effect and Pareto diagrams.J. Benedict G. Shewhart control chart for process control.K. Subgroup selection. Quality Design: Design of experiment concept. Electro hydraulic forming. Advantages limitations. Group Control Charts.Pandey. Statistical Quality Control: Objectives. REFERENCES: 1.Duncan A. Non Traditional Manufacturing Processes. Statistical Quality Control by Grant and Leavarworth Maintenance for reliability by Rao 2. solar energy option ? availability and land area requirements. Powder rolling. Electro magnetic forming. Availability and Maintainability: Introduction to reliability. Evaluation of Availability and Maintainability. Solid Freeform Manufacturing. Ghosh and Malik. QUALITY ENGINEERING Course Code ME-659 1. Allied Publisher Bombay 2. Concept of Robust Design. Modern Machining Processes. Process capability. organization. Reference Books • • • • Quality Control and Introduction statistics. Marcel Dekker 5. Comparison of various types of sampling plans. Advanced Machining Methods. MTBF. P. need and Classification.Generative Manufacturing Processes: Concept of generative manufacturing.C. Manufacturing Science.EWP Private Ltd. J. Reliability. renewable and non-renewable forms of energy and their characteristics. Multi-Continuous Sampling Plan. R Control Charts for charts for attributes such as c and p charts. Taguchi Concept-Orthogonal Arrays and S/N ratio. Hydrostatic and Powder extrusion. TMH Publication. D. Acceptance Sampling by Variables. 3.Jain. Advance Machining Processes. Series and Parallel system. Cumulative Sum Control Charts. 4. Process principle and Applications of Selective Laser Sintering. Three Dimensional Printing. Introduction to Quality Control-Jamison A. Rectifying Inspection. SterioLithography. powder. Unconventional Forming Processes: Explosive forming.McGough. Control of accuracy and precision.F. Sampling plans using different Criteria. SOLAR ENERGY AND ITS APPLICATIONS Course Code ME-661 CREDIT : 3 (3-0-0) 1. Applications. Laser Bending.A. 3. Spray rolling. Control Charts for variables such as X. 6.. Fused Deposition Manufacturing.. Hydro forming.causes and options.Kochan. instruments for measuring solar radiation. relative merits and application – constructional features and operation. wind. Hot extrusion. basic earth-sun angles. Strain rate effects– work of plastic deformation UNIT-III Flow stress curves – Super plasticity in materials – Hot working and cold working operation – Relative merits and applications. UNIT-IV Sheet metal working: Standard die sets. Principles of roll pass design for various product shapes. Solar thermal power generation: low. medium and high temperature cycles.bending. 4. UNIT. Forging equipment – constructional features and operation. Processing maps and their applications in metal working operation. Defects in forging.VII EXTRUSION: Classification of extrusion processes. Process parameters. Solar radiation outside the earth?s atmosphere and at the earth?s surface.2. polycrystalline and amorphous cells. solar radiation geometry. upset forging etc. Extrusion of tubing and production of CREDIT : 3 (3-0- . progressiveand transfer dies. simple. cold extrusion. Fabrication and performance of SPV modules. 1997 Metal Forming Course Code ME-662 0) UNIT-I Plasticity –True stress strain diagrams in simple tension – Deviation from Engineering stress – Strain curves. REFERENCES (A) (A) ?Solar Energy ? principles of thermal collection and storage? by Sukhatme. UNIT-V FORGING: Open die and closed die forging. 3. Tata McGraw-Hill. Tata McGraw-Hill. 6. solar passive architecture. UNIT-VI ROLLING: Principles of rolling. solar cooling. Analysis of the extrusion proceses. Liquid flat-plate collectors ? design and performance parameters. Estimation of rolling loads by consideration of stresses. deep drawing. machine forging. shear spinning operations. 5. 1996 (B) (B) Solar Energy ? fundamentals and applications? by Garg and Prakash. Rolling mills – Their constructional features and operation. forging die design. wave and ocean thermal energy conversion technologies. solar air and water heating. solar air heaters. Economic considerations.forging loads. Estimation of forging loads for rectangular andcylindrical slugs.Principles of ring rolling. drying and desalination. solar ponds and energy storage. Deformation and defects in extrusion. Indirect methods of solar energy utilization: biomass. UNIT-II Fundamentals of metal forming – Classification of forming processes – Cold working– Recovery – Recrystallisation and grain growth. compound. extrusion equipment. flux on tilted surfaces. Three dimensional stress system. combination. Solar photovoltaic power generation: monocrystalline. Mechanical and hydraulic presses.. strain tensor andyield Criteria of metals. Forgeability Tests. concentrating collectors. Process parameters and estimation of loads in shearing. hot working. Rowe.V Multi Degree Freedom system: Numerical Analysis Rayleigh’s. WIRES AND TUBES: Road and wire drawing. Reciprocal theorem. Principal coordinates.II Single Degree Freedom: Forced VibrationForced vibration. “ Manufacturing Sciences “ by Amitabh Ghosh and Mallik. 2. Torsional system with damping. N. tube drawing process. Transmissibility. response to an initial disturbance. Dunkerely’s.” An Introduction to the Principles of Metal Working “ by Geoffery W. Vibration measuring instruments. Mechanical Vibrations – P. Logarithmic decrement 5 UNIT . Centrifugal pendulum absorbers. Dry friction damper 8 UNIT. Rao. Natural frequency. wire and tubes. 3. residual stresses in rod. Displacement. Harmonic excitation with viscous damping. MECHANICAL VIBRATION Course Code ME-663 0-0) UNIT . Vibration isolation. Double pendulum.III Two Degree Freedom systems Introduction. “ Sheet working of Metal “ by Eary and Reads. velocity and acceleration measuring instruments 8 CREDIT : 3 (3- UNIT. Vibrationof gear system. E Dieter: Mechanical Metallurgy.I Introduction Periodic motion. undamped dynamic vibration absorbers. REFERENCE BOOKS : 1.Forced vibrations with rotating and reciprocating unbalance. Secondary critical speed. Equivalent systems. steady state vibrations. Principal modes. 3 Books and References: 1. Torsional vibrations of circular shafts 8 UNIT. Holzer’s ad Stodola methods. “ Manufacturing Technology” by P. Rayleigh-Ritz method 5 CRITICAL SPEED OF SHAFTS Shaft with one disc with and without damping. Torsional vibration of multi-degree rotor system. TEXT BOOK: G. UNIT. Srinivasan. Continuous systems. Damped vibrations. harmonic motion. coupled system. Fourier analysis 3 Single Degree Freedom SystemFree vibration. influencenumber. beats.seamless pipe and tubing. Torsional vibrations.Longitudinal vibrations ofbars. TMH . Support excitation.IV Multi Degree Freedom system: Exact Analysis Undamped free and forced vibrations of multi-degree freedom systems.VIII DRAWING OF RODS. Energy method for determiningnatural frequency. Multi-disc shafts. 4. Vibrations of systems with viscous damping. superposition of simple harmonic motions. III FIBERS: Preparation. TEXT BOOKS: 1. Narosa Publications COMPOSITE MATERIALS Course Code ME-664 CREDIT : 3 (3-0-0) UNIT -I INTRODUCTION: Definition – Classification of Composite materials based on structure – based on matrix. Mechanical Vibrations – V. Hand Book of Composite Materials-ed-Lubin . Mechanical Vibrations – W. UNIT -V Manufacturing of Metal Matrix Composites: Casting – Solid State diffusion technique.K. Roorkee 3. T. UNIT . Material Science and Technology – Vol 13 – Composites by Cahn – VCH. New Age 5.IV MANUFACTURING OF ADVANCED COMPOSITES: Polymer matrix composites: Preparation of Moulding compounds and prepregs – hand lay up method – Autoclave method – Filament winding method – Compression moulding – Reaction injection moulding.Chawla REFERENCE: 1. UNIT . particle reinforcements. UNIT –II Advantages of composites – application of composites – functional requirements of reinforcement and matrix. Mechanical Vibrations – Tse. Mechanical Vibrations – G. K.2. Thomson 4. Morse & Hinkle 6. Cladding – Hot isostatic pressing. UNIT -VI Manufacturing of Ceramic Matrix Composites: Liquid Metal Infiltration – Liquid phase sintering. Rama Murthy. Braiding. properties and applications of glass fibers. Groover. UNIT -VII Manufacturing of Carbon – Carbon composites: Knitting.VIII RESPONSE OF COMPOSITES TO STRESS: (a) Iso Strain condition (b) Iso Stress condition (c) Load friction shared by the fibers. carbon fibers. Jain Brothers. Mechanical Vibrations – JS Rao & K Gupta. Weaving. UNIT . Kevlar fibers and metal fibers – properties and applications of whiskers. West Germany 2. Composite Materials – K.