session 6th jan. - june 2018 subject subject code...

HINDU COLLEGE OF ENGINEERING, SONEPAT

LECTURE PLAN

SEMESTER/CLASS SESSION

SUBJECT: MACHINE DESIGN 2 SUBJECT CODE : ME-304B

SESSIONAL MARKS: 25 THEORY MARKS: 75 DURATION OF EXAMS: 3 HOURS

NAME OF TEACHER : ANKUR KAUSHIK DEPARTMENT : MECHANICAL ENGINEERING

OBJECTIVES OF CONCERNED SUBJECT:

TO UNDERSTAND THE DIFFERENT DESIGN OF MACHINE PARTS.

OUTCOME OF CONCERNED SUBJECT:

ABILITY TO DESIGN THE MACHINE PART

Lecture

No. Lecture Dates TOPICS TEXT/REFERENCE BOOKS

1 08/01/2018

Ergonomic and Value Engineering,

Considerations in Design

Analysis and Design of Machine

Element, V K Jadon, S Verma , IK

International

2 11/01/2018

Design for Manufacturability & Assembly,

Interchangeability



International

3 12/01/2018

Statistical consideration in Design,

considerations for Casting, Forging and

Machining



International

4 15/01/2018

Different types of fluctuating/ variable stresses,

Fatigue strength considering stress

Design of Machine Element,

V.B.Bhandari, Tata McGraw Hill

New Delhi

5 18/01/2018

concentration factor, surface factor, size factor,

reliability factor etc.



New Delhi

6TH JAN. - JUNE 2018

6 19/01/2018 Fatigue design for finite and infinite life



New Delhi

7 25/01/2018

Goodman and Soderberg’s Criterion, Fatigue

design using Miner’s equation



New Delhi

8 29/01/2018

Design Problems.



International

9 01/02/2018

Detailed design of shafts for static loading



New Delhi,



International

10 02/02/2018

Detailed design of shafts for dynamic loading



New Delhi

11 05/02/2018

Shaft Rigidity and deflection consideration.



New Delhi

12 08/02/2018

Design Problems.



New Delhi.



International

13 09/02/2018 Types of Springs, Design for helical springs Design of Machine Element,


against tension and their uses

New Delhi

14 12/02/2018

Compression and Fluctuating load



New Delhi

15 15/02/2018

Design of leaf springs



New Delhi

16 16/02/2018

Surging in springs



New Delhi

17 19/02/2018

Design Problems.



New Delhi



International

18 26/02/2018 Design of pivot and collar bearing



New Delhi

19 01/03/2018

Selection of ball and roller bearing based on

static and dynamic load carrying capacity



New Delhi

20 05/02/2018

load-life relationship



New Delhi

21 12/03/2018

Selection of Bearings from manufacturer’s

catalogue,



New Delhi

22 15/03/2018 Lubricants and their properties, Selection of

lubricants Design of Machine Element,


New Delhi

23 16/03/2018

Types of lubrication – Boundary, mixed and

hydrodynamic lubrication



New Delhi

24 19/03/2018

Design of journal bearings using Raimondi and

Boyd’s Charts, , Design Problems.



New Delhi

25 22/03/2018

Design Problems.



New Delhi



International

26 23/03/2018

Classification, Selection of gears, Terminology of

gears



New Delhi

27 26/03/2018

Force analysis, Selection of material for gears



New Delhi

28 30/03/2018

Beam & wear strength of gear tooth



New Delhi

29 02/03/2018

Form or Lewis factor for gear tooth, Dynamic

load on gear teeth -Barth



New Delhi

30 05/03/2018

Dynamic load on gear teeth-Berth equation and

Buckingham equation and their comparison



New Delhi

31 06/03/2018

Design of SPUR gear



New Delhi

32 09/03/2018

Design of HELICAL gear



New Delhi

33 16/03/2018

Design of BEVEL gear



New Delhi

34 19/03/2018

Design of WORM gear



New Delhi

35 20/03/2018

Consideration for maximum power transmitting

capacity, Gear Lubrication



New Delhi

36 23/03/2018

Design Problems.



New Delhi



International

Home Assignments: 4 –5 assignments are given during the semester.

Evaluation Procedure

1. Surprise Quiz/ Tutorial Test 5 Marks

2. Assignment / Project / Performance in the Class 5 Marks

3. Minor Tests (Two tests having equal weightage)

Minor Test I : 06 – 09 March, 2018

Minor Test II : 17 -20 April, 2018

15 Marks

4. Major test (University Examination) 75 Marks

Attendance Record – Candidate should attend at least75% attendance of the total classes held of the

subject

Chamber consultation hour: Any vacant period.

Note:

1. In the semester examination, the examiner will set 08 questions in all selecting two from each unit (1

& 2 from unit I, 3 & 4 from unit II, 5 &6 from unit III and 7 & 8 from unit IV). The students will be

required to attempt only 5 questions selecting at least one question from each unit. All questions will

carry equal marks.

2. The use of scientific calculator will be allowed in the examination. However, programmable

calculator and cellular phone will not be allowed.


LECTURE PLAN


SUBJECT: DYNAMICS OF MACHINE SUBJECT CODE : ME-302-B


NAME OF TEACHER : GAURAV AGRAWAL DEPARTMENT : MECHANICAL


To understand the different links and mechanisms of machines.


Ability to design and dynamically analyze the machine parts.

Lecture


1. 8/1/2018 Static force analysis in four-bar mechanism and slider

crank mechanism Theory and Machines: S.S. Rattan

2. 9/1/2018 Internal force analysis and Inertia force in four-bar

mechanism

3. 10/1/2018 Combined static and dynamics force analysis in slider-

crank mechanism,

4. 12/1/2018 Problem

5. 15/1/2018 Turning moment on crankshaft and Turning moment

diagrams-single cylinder double acting steam engine

6. 16/1/2018 Four stroke IC engine and multi-cylinder steam engine

7. 17/1/2018 Fluctuation of energy, Flywheel,

8. 19/1/2018 Problems

9. 23/1/2018 Static balance and Dynamic balance,

10. 24/1/2018 balancing of rotating masses

11. 29/1/2018 Two plane balancing by Graphical and analytical

methods

12. 30/1/2018 Balancing machines- static balancing

6TH JAN. - JUNE 2018

13. 31/1/2018 Dynamic balancing machines

14. 2/2/2018 Field balancing,

15. 5/2/2018 Problems

16. 6/2/2018 Primary and secondary forces and couples

17. 7/2/2018 Partial balancing and Effects of partial balancing

18. 9/2/2018 Balancing of single cylinder engine, balancing of multi

cylinder

19. 12/2/2018 Inline, radial engines, firing order

20. 13/2/2018 Problems

21. 16/2/2018 Terminology, Centrifugal governors-Watt governor and

Porter Governor

22. 19/2/2018 Proell Governor and Spring controlled governor-

Hartnell governor

23. 20/2/2018 Sensitivity, Stability, Hunting, Isochronism

24. 21/2/2018 Effort and Power of governor

25. 26/2/2018 Controlling force diagrams for Porter governor and

Spring controlled governors

26. 27/2/2018 Problems

27 5/3/2018 Precession, angular motion and Gyroscopic

couple and their effects on Aeroplane

28 12/3/2018 Effects of Gyroscopic couple on Ship during steering,

rolling and pitching

29 13/3/2018 Stability of two wheel and four wheel vehicles moving

on curved paths, Problems

30 14/3/2018 Problems

31 16/3/2018 Types of brakes- external shoe brakes, Band brakes,

band and block brakes

32 19/3/2018 Braking of vehicle,

33 20/3/2018 Types of dynamometers- Prony brake

34 21/3/2018 Rope brake dynamometers, Belt transmission

dynamometer, torsion dynamometer,

35 26/3/2018 Problems.

36 27/3/2018 Forces on reciprocating parts of an engine neglecting

the weight of connecting rod and Crankshaft torque

37 28/3/2018 Dynamically equivalent system-analytical and

graphical method

38 30/3/2018 Correction couple,

39 2/4/2018 Problems

40 3/4/2018 Revision




44 10/4/2018 Revision

45 11/4/2018 Revision

46 16/4/2018 Revision

TEXT/REFERENCE BOOKS:

A. Theory of Mechanisms and Machines: Amitabha Ghosh and Ashok Kumar Mallik, Third Edition

Affiliated East-West Press.

B. Theory of Machines and Mechanisms: Joseph Edward Shigley and John Joseph Uicker, Jr. Second

Edition, MGH, New York.

C. Theory and Machines: S.S. Rattan, Tata McGraw Hill.

D. Kinematics of Machines-Dr. Sadhu singh, Pearson Education








15 Marks



subject


Note:




carry equal marks.



HINDU COLLEGE OF ENGINEERING,

SONEPAT

LECTURE PLAN


SUBJECT: RWS SUBJECT CODE :HUM302B


NAME OF TEACHER : MS. ANITA KUCHHAL DEPARTMENT :APPLIED SCIENCE

OBJECTIVES OF CONCERNED SUBJECT: To develop competence for report writing.

OUTCOME OF CONCERNED SUBJECT: Able to write complex writings and techniques

Lecture

No.

Lecture

Dates TOPICS TEXT/REFERENCE BOOKS

1 02/02/18 Meaning of report and its importance

Borowick, Jerome. N. Technical

Communication and its Applications. New

Delhi:PHI2000

2 09/02/18 Types of reports

3 16/02/18 Format of reports

4 09/03/18 Structure of reports

5 16/03/18 Use of illustrations

6 30/03/18 Preliminary steps and procedure of writing

reports

7 06/04/18 Technical reports

8 13/04/18 Business reports


A. Guffey, Mary Ellen. Business Communication: Process & Product. USA: South

western College Publishing, 2000.

B. Kumar, Sanjay and Pushp Lata. Communication Skills. Delhi: OUP, 2011


6th ME JAN. - JUNE 2018







15 Marks



subject


Note:




carry equal marks.




LECTURE PLAN


SUBJECT: INDUSTRIAL ENGINEERING SUBJECT CODE : ME-312B


NAME OF TEACHER : SANDEEP KUMAR DEPARTMENT : MECHANICAL


The aim of this subject is to teach the students with the basic knowledge of operations research and industrial

management. Historical development and different strategies of industrial engineering are also taught.


The students will be able to do managerial works assigned to them in industries.

Lecture


1. 16/01/2018 Introduction: Definition and brief history of industrial

engineering Industrial Engineering by S.K Sharma,

Savita Sharma

2. 17/01/2018 Objectives and relevance of industrial engineering for

achieving excellence in industry Industrial Engineering by S.K Sharma,

Savita Sharma

3. 18/01/2018 Decisions in industrial engineering Industrial Engineering by S.K Sharma,

Savita Sharma

4. 19/01/2018 Production System And Productivity: Value

addition, products and services Industrial Engineering by S.K Sharma,

Savita Sharma

5. 23/01/2018 Conversion process, production system, types of

production system Industrial Engineering by S.K Sharma,

Savita Sharma

6. 24/01/2018 Productivity and its measurement, factors effecting

productivity

Industrial Engineering by S.K Sharma,

Savita Sharma

7. 25/01/2018 Strategies for improving productivity. Industrial Engineering by S.K Sharma,

Savita Sharma

8. 30/01/2018 Workforce Management: Teams, employee

empowerment, quality circles, incentive plans


Savita Sharma

9. 31/01/2018 Job design, job specialization, job enlargement, job

rotation, job enrichment.


Savita Sharma

10. 01/02/2018 Work Study: Method study, Principles of motion

economy


Savita Sharma

ME-6th

JAN. - JUNE 2018

11. 02/02/2018 Techniques of method study- various charts, therbligs Industrial Engineering by S.K Sharma,

Savita Sharma

12. 06/02/2018 Work measurement- various methods, time study,

PMTS


Savita Sharma

13. 07/02/2018 Determining time, work sampling. Numerical Industrial Engineering by S.K Sharma,

Savita Sharma

14. 08/02/2018 Manufacturing Cost Analysis: Elements of cost,

overheads estimation Industrial Engineering by S.K Sharma,

Savita Sharma

15. 09/02/2018 Types of cost, cost variance analysis Industrial Engineering by S.K Sharma,

Savita Sharma

16. 13/02/2018 Fixed & variable costs, break even analysis, numerical. Industrial Engineering by S.K Sharma,

Savita Sharma

17. 15/02/2018

Materials Management: Strategic importance of

materials in industries, pressure for high and low

inventory


Savita Sharma

18. 16/02/2018 Relevant costs basic inventory control models-EOQ,

EBQ with and without shortage, purchase discounts


Savita Sharma

19. 20/02/2018 Sensitivity analysis, inventory control systems- P, Q,

Ss systems,


Savita Sharma

20. 21/02/2018 Service level, stock-out risk, determination of order

point and safety stock


Savita Sharma

21. 27/02/2018 Selective inventory control-ABC, FSN, SDE, VED.

Numerical


Savita Sharma

22. 28/02/2018

Production Planning And Control (PPC):

Introduction to forecasting- Simple and weighted

moving average methods,


Savita Sharma

23. 13/03/2018 Objectives and variables of PPC Industrial Engineering by S.K Sharma,

Savita Sharma

24. 14/03/2018 Aggregate planning- basic concept and its relation with

other decision areas,


Savita Sharma

25. 15/03/2018 Master Production Schedule, Scheduling operations Industrial Engineering by S.K Sharma,

Savita Sharma

26. 16/03/2018 Various methods for line and intermittent production

systems Industrial Engineering by S.K Sharma,

Savita Sharma

27. 20/03/2018

Gantt chart, Sequencing- Johnson algorithm for n jobs

and 2 machines, n jobs & 3 machines, 2 jobs & n

machines, n jobs & m machines


Savita Sharma

28. 21/03/2018 Various means of measuring effectiveness of PPC,

numerical Industrial Engineering by S.K Sharma,

Savita Sharma

29. 27/03/2018 Product Design And Development: Various

approaches, Product life cycle, Industrial Engineering by S.K Sharma,

Savita Sharma

30. 28/03/2018 Role of 3S’s Standardization, Simplification,

Specialization Industrial Engineering by S.K Sharma,

Savita Sharma

31. 30/03/2018 Introduction to value engineering, role of ergonomics Industrial Engineering by S.K Sharma,

Savita Sharma

32. 03/04/2018 Manufacturing Strategies: Introduction to JIT Industrial Engineering by S.K Sharma,

Savita Sharma 33. 04/04/2018 TPM, fundamentals of quality & TQM, Industrial Engineering by S.K Sharma,

Savita Sharma 34. 05/04/2018 Kaizan- elements benefits and implementation aspects. Industrial Engineering by S.K Sharma,

Savita Sharma 35. 06/04/2018 Overview of Supply Chain Management Industrial Engineering by S.K Sharma,

Savita Sharma

36. 10/04/2018 Management Information system (MIS) and its role in

decision making. Industrial Engineering by S.K Sharma,

Savita Sharma


A. Industrial Engineering and Organization Management by S.K Sharma, Savita Sharma

B. Industrial Engineering and Management by O.P Khanna

C. Production and Operations Management by S. N. Chary- TMH








15 Marks



subject


Note:




carry equal marks.




LECTURE PLAN


SUBJECT: HEAT TRANSFER SUBJECT CODE : ME-306B


NAME OF TEACHER: SHALINI RAI DEPARTMENT: MECHANICAL ENGG.


1. To learn the various mode of heat transfer through various system.

2. To impart knowledge on selection of suitable assumptions for designing the typical component.

3. To impart student with the knowledge of various heat transfer coordinate system design and its operations.


1. An ability to select and apply the knowledge, techniques, skills and modern tools of the discipline to broadly

defined engineering technology activities.

2. A knowledge of the impact of heat transfer solutions in a societal and global context.

3. A commitment to quality, timeliness and continuous improvement.

Lecture


1 08/01/2018 BASICS CONCEPTS C

2 09/01/2018 Thermodynamics Vs Heat transfer C

3 10/01/2018 Define Heat Transfer A ,B and C

4 11/01/2018 conductivity Vs diffusivity A and B

5 15/01/2018 basic modes of heat transfer A and B

6 16/01/2018 Combined heat transfer A ,B and C

7 17/01/2018 STEADY STATE HEAT CONDUCTION B

8 18/01/2018 Introduction, I-D heat conduction through a

plane wall B

9 23/01/2018 long hollow

cylinder A

6th

JAN. - JUNE 2018

10 24/01/2018 hollow sphere, A and B

11 25/01/2018 Conduction equation in Cartesian, A ,B and C

12 29/01/2018 Conduction equation in polar

A and C

13 30/01/2018 spherical co-ordinate systems

B

14 31/01/2018 Numericals A and B

15 01/02/2018

STEADY STATE CONDUCTION WITH

HEAT GENERATION: Introduction, 1-D

heat conduction with heat

sources

A , B and C

16 05/02/2018 Extended surfaces (fins)- Fins with uniform

cross-sectional area,

A and B

17 06/02/2018 Fin effectiveness

A and B

18 07/02/2018 Brief introduction of 2-D

heat conduction

A , B and C

19 08/02/2018 Numericals. A and B

20 12/02/2018 TRANSIENT HEAT CONDUCTION (1-D) A and B

21 13/02/2018 Lumped capacitance, B

22 15/02/2018 semi-infinite and infinite solid conduction

modes for walls, cylinders, spheres

B

23 19/02/2018 Chart solution, Relaxation Method,

A and B

24 20/02/2018 Numericals. B

25 21/02/2018 CONVECTION

A and B

26 26/02/2018 Forced convection-Thermal and hydro-

dynamic boundary layers,

27 27/02/2018 Equation of continuity,

Momentum and Energy equations,

A and B

28 28/02/2018 Internal flow through circular tube and

external flow over a flat plate

C

29 01/03/2018 Fluid

friction and heat transfer ( Colburn analogy ),

C

30 05/03/2018

Free convection from a vertical flat plate,

Empirical relations for free

convection from vertical and horizontal planes

& cylinders

C

31 12/03/2018 Numericals.

A, B and C

32 13/03/2018 THERMAL RADIATION: Basic laws A and B

33 14/03/2018

Black body radiation, intensity and emissive

power, diffuse and gray

surfaces, A and B

34 15/03/2018 Shape factors and network analogy, Radiation B

shields,

35 19/03/2018 applications to two and three surface

enclosures,

introduction to participating media,

B

36 20/03/2018 Numericals. B

37 21/03/2018 HEAT EXCHANGERS A and B

38 26/03/2018 Classification, Performance variables, A, B and C

39 27/03/2018 Analysis of a parallel/ counter flow heat

exchanger, A and B

40 28/03/2018 Heat exchanger effectiveness, A and B

41 02/04/2018 pressure drop, A and B

42 03/04/2018 Numericals. A and B

43 04/04/2018 HEAT TRANSFER WITH CHANGE OF

PHASE A and C

44 05/04/2018 Laminar film condensation on a vertical plate B and C

45 09/04/2018 Drop-wise

condensation, B and C

46 10/04/2018 Pool boiling regimes A and B

47 11/04/2018 Nucleate boiling and critical heat flux A , B and C

48 16/04/2018 film boiling and minimum heat flux, Flow

boiling. A , B and C

49 23/04/2018 REVISION A , B and C

50 26/04/2018 REVISION A , B and C


A. Heat Transfer – J.P. Holman, John Wiley & Sons, New York.

B. Heat Transfer – A. Bejan, John Wiley & Sons, Inc.

C. Heat and Mass Transfer –R .K.Rajput. S.Chand.








15 Marks



subject


Note:




carry equal marks.




LECTURE PLAN


SUBJECT: MEASUREMENTS AND INSTRUMENTATION SUBJECT CODE : ME 310B


NAME OF TEACHER : Vikas Goyat DEPARTMENT : Mechanical Engineering


To understand different measuring methods and instruments for different mechanical and physical quantities.


Ability to measure to measure different mechanical and physical quantities.

Lecture


1 8/1/2018 Introduction to Instruments and Their

Representation A

2 9/1/2018 Typical Applications of Instrument Systems

A

3 10/1/2018 Functional Elements of a Measurement

System A

4 12/1/2018 Classification of Instruments, Standards and

Calibration A

5 15/1/2018

Types of Measured Quantities (Discrete and

Continuous), Central Tendency of Data,

Mode, Median, Arithmetic Mean A

6 16/1/2018

Best Estimate of true Value of Data,

Measures of Dispersion, Range, Mean Deviation, Variance,

Standard Deviation

A

7 17/1/2018 Normal Distribution, Central Limit Theorem,

Significance Test, Method of Least Squares

A

8 19/1/2018 Graphical Representation and Curve Fitting

of Data

A

9 23/1/2018 Introduction to Static and Dynamic

characteristics of Instruments

A

10 24/1/2018 Accuracy, Precision, Resolution, Threshold,

Sensitivity A

11 29/1/2018 Linearity, Hysteresis, Dead Band, Backlash,

Drift A

12 30/1/2018 Formulation of Differential Equations for

Dynamic Performance- Zero Order system A

6 JAN. - JUNE 2018


Dynamic Performance First Order system A


Dynamic Performance Second order system A

15 5/2/2018

Response of First and Second Order Systems to Step, Ramp, Impulse and Harmonic

Functions A

16 6/2/2018

Analog & Digital Transducers,

Electromechanical, Potentiometric, Inductive

Self Generating and Non-Self Generating

Types

A

17 7/2/2018

Electromagnetic, Electrodynamic, Eddy

Current, Magnetostrictive

A

18 9/2/2018

Variable Inductance, Linearly Variable

Differential Transformer, Variable

Capacitance A

19 12/2/2018 Piezo-Electric Transducer and Associated

Circuits A

20 13/2/2018

Unbonded and Bonded Resistance Strain

Gages. Strain Gage Bridge circuits, Single Double and Four Active Arm Bridge

Arrangements

A

21 16/2/2018

Temperature Compensation, Balancing and

Calibration, Ionisation Transducers,

Mechano- Electronic Transducers A

22 19/2/2018

Opto-Electrical Transducers, Photo

Conductive Transducers, Photo Volatic Transducers, Digital Transducers, Frequency

Domain Transducer,

Vibrating String Transducer, Binary codes,

Digital Encoders.

A

23 20/2/2018 Mechanical Amplifiers

A

24 21/2/2018 Hydraulic, Pneumatic, Optical Amplifiers

A

25 26/2/2018

Electrical Amplifying elements,

Compensators , Differentiating and

Integrating Elements A

26 27/2/2018

Introduction to Motion, Force and Torque

Measurement, Relative motion Measuring

Devices, Electromechanical, Optical, Photo Electric

A

27 5/3/2018 Moire-Fringe, Pneumatic, Absolute Motion

Devices A

28 12/3/2018 Seismic Devices, Spring Mass &

Force Balance Type, Calibration A

29 13/3/2018

Hydraulic Load Cell, Pneumatic Load Cell,

Elastic Force Devices, Separation of

Force Components A

30 14/3/2018 Electro Mechanical Methods, Strain Gage,

Torque Transducer, Toque Meter A

31 16/3/2018

Introduction to Pressure and Flow

Measurement, Moderate Pressure

Measurement, Monometers A

32 19/3/2018

Elastic Transducer, Dynamic Effects of

Connecting Tubing, High Pressure

Transducer A

33 20/3/2018 Low Pressure Measurement, Calibration and

Testing A

34 21/3/2018

Quantity Meters, Positive Displacement

Meters, Flow Rate Meters, Variable Head

Meters, Variable Area Meters, Rotameters,

Pitot-Static Tube Meter

A

35 26/3/2018

Drag Force Flow Meter, Turbine Flow Meter,

Electronic Flow Meter, Electro Magnetic Flow

meter. Hot-Wire Anemometer A

36 27/3/2018 Measurement of Temperature, Non Electrical

Methods – Solid Rod Thermometer A

37 28/3/2018 Bimetallic Thermometer, Liquid-in-Glass

thermometer, Pressure Thermometer A

38 30/3/2018

Electrical Methods– Electrical Resistance

Thermometers, Semiconductor Resistance

Sensors (Thermistors) A

39 2/4/2018 Thermo–Electric Sensors, Thermocouple

Materials, Radiation Methods (Pyrometry) A

40 3/4/2018 Total Radiation Pyrometer, Selective

Radiation Pyrometer A

41 4/4/2018 Discussion of instrumentation and basic

Statistical Concepts A

42 6/4/2018 Discussion of Static And Dynamic

Characteristics Of Instruments A

43 9/4/2018 Discussion Of Transducer, Intermediate And

Recording Elements A

44 10/4/2018 Discussion Of Measurement Of Force And

Torque A

45 11/4/2018 Discussion Of Measurement Of Pressure And

Flow A

46 16/4/2018 Discussion Of Measurement Of Temprature

A


A. Instrumentation, Measurement and Analysis – B.C. Nakra and K.K. Chaudhary, TMH.

B. Measurement systems Application and Design. Ernest O. Doebelin, Tata McGraw Hill

Edition (Fourth Edition) 2002.

C. Measurement and Instrumentation in Engineering, Francis S. Tse and Ivan E. Morse, Marcel

Dekker.








15 Marks



subject


Note:




carry equal marks.



session 6th jan. - june 2018 subject subject code...

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