Mechanical Engineering Department Dr. Jivraj Mehta · PDF file · 2016-01-05Mechanical Engineering Department Dr. Jivraj Mehta Institute of Technology, Mogar, ... Mechanical Engineering

Mechanical Engineering Department

Dr. Jivraj Mehta Institute of Technology, Mogar,

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Page 1 of 3

DJMIT Academic Year: 2015-16

Name of Teacher :Prof.Amit Patel

Subject Name (Code) : DYNAMICS OF MACHINERY (2161901)

Semester/Division (Dept) : 6th

(Mechanical) Subject Shared with : Prof.SUNIL BACHANI

Theory/ Tutorial/ Practical: Theory Days: Friday Hrs./Week: 1

LESSON PLANNING

Sr. Name of Topic Hrs.

Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1.Single Degrees of Freedom System (Linear and Torsional): 1 Elements of simple harmonic

motion, concept of natural

frequency, types of

vibrations, Basic elements and

lumping parameters of a vibratory

system, lumping

of physical systems, Concept of

Degrees of Freedom (DOF)

1

01/01/2016

2 Undamped free

vibrations, equivalent stiffness,

equivalent systems, determination

of natural

frequency

1

08/01/2016

3 Coulomb and Viscous damping,

Types of dampers, Damping

coefficient,

damping effects: under, over and

critically damped system

1

15/01/2016

5

4 Damping factor, damped natural frequency and logarithmic

decay

1 22/01/2016

5

5 Analytical solution of Forced

vibrations with harmonic

excitation system and vector

representation

1

29/01/2016

2

6 Dependence of Magnification

Factor, Phase difference and

Transmissibility on frequency

ofexcitation for various damping

factors

1

05/02/2016

5

7 Concept of vibration isolation, 1 12/02/2016

5



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effect of base excitation

8 Equation of motion and principal

mode of

vibration, torsional vibrations of

two and three rotor system,

torsionally equivalent

shaft, geared system.

1

19/02/2016

5

9 Concepts of normal mode

vibrations, natural frequencies,

mode shapes, nodes, Correct

definition of natural frequency

1

26/02/2016

5

10 Longitudinal vibrations of bar or

rod: Equation of motion and

solution, Lateral vibrations of

beam: Equation of motion, initial

and boundary conditions, solution

1

04/03/2016

5

11 Whirling of shafts, Critical speed

and its practical importance in the

design of shafts, Application of

Dunkerley’s method and

Rayleigh’s method for estimating

the critical speed of shafts

1

11/03/2016

5

12 Introduction to vibration

measurement and analysis

devices: Vibrometer, velocity

pickup, accelerometer, FFT

analyzer

1

18/03/2016

5

REFERENCES:

Sr. Name of Book Author/s Publication Details 1 Mechanical Vibration S.S Rao Pearson

2 Kinematics and Dynamics of machinery R.L Norton MacGraw Hill 3 Theory of machines and Mechanisms J.Uicker , Gordon R

Penstock & J.E. Shigley Oxford

4 Kinematics, Dynamics and Design of

Machinery

Kenneth J Waldron ,

Gary L Kinzel

Wiley

5 Design of Machinery R.L Norton MacGraw Hill



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TEACHING AID CODE

1. O.H.P. 2. L.C.D. Projector 3. Model 4. Chart 5. Other

Note: Remark column is useful to write for covering of slippage or for remedial plan.

Sign. of Subject Teacher Sign. of HOD



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Name of Teacher : Prof. Sunil Bachani

Subject Name (Code) : DYNAMICS OF MACHINERY (2161901)


(Mechanical) Subject Shared with : Prof. AMIT PATEL

Theory/ Tutorial/ Practical: Theory Days: TUE Hrs./Week:01

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Balancing of Rotating Masses:

1 Concept of static and dynamic balancing

1 21/12/2015

5

2 Analysis of effect of

unbalanced masses in single

and multiple planes in rotating elements

1

22/12/2015

5

3 Bearing reactions 1 28/01/2016

5

4 Approaches and equipment for

measurement of unbalanced

masses

1

29/01/2016

5

2. Dynamics of Reciprocating Engines: 1 Introduction Single Cylinder

Engine 1 04/01/2016

5

2 Kinematics of kinematics

(Analytical) 1

05/01/2016 5

3 Calculation of Gas force and

torque 1

11/01/2016 5

4 Static and dynamic

equivalence of models (for masses)

1 12/01/2016

5

5 Inertia, shaking force and

shaking torque 1

18/01/2016 5

6 Analysis of pin forces 1 19/01/2016

5

7 Solved examples of balancing 1 25/01/2016

5

8 Introduction of Multi Cylinder

Engines 1

01/02/2016 5

9 Introduction of Inline Engines 1 02/02/2016

5

10 Effect of phase angles, firing

order and number of strokes 1

08/02/2016 5

11 Shaking forces, moments and its calculation.

1 09/02/2016

5



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12 Inertia torques and

determination best

configuration

1 15/02/2016

5

13 Inertia torques and determination unbalanced mass

1 16/02/2016

5

14 Analysis of V and radial

engine configurations 1

22/02/2016 5

15 Examples solved by analytical

approach. 1

23/02/2016 5

16 Examples solved by Graphical

method 1

29/02/2016 5

3. Cam Dynamics: 1 Dynamic analysis of force-

closed cam follower:

Undamped and Damped response

2 01/03/2016

5

2 Jump phenomenon: concept,

effect of spring force and dead

weights

2 14/03/2016

5

REFERENCES:

Sr. Name of Book Author/s Publication Details 1 Mechanical Vibration S.S Rao Pearson

2 Kinematics and Dynamics of machinery R.L Norton MacGraw Hill 3 Theory of machines and Mechanisms J.Uicker , Gordon R

Penstock & J.E. Shigley

Oxford

4 Kinematics, Dynamics and Design of

Machinery

Kenneth J Waldron ,

Gary L Kinzel

Wiley

5 Design of Machinery R.L Norton MacGraw Hill

TEACHING AID CODE

1. O.H.P. 2. L.C.D. Projector 3. Model

4. Chart 5. Other





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Name of Teacher : PROF. JUGAL SHAH

Subject Name (Code) : INTERNAL COMBUSTION ENGINE( 2161902)

Semester/Division (Dept): 6TH ( MECHANICAL ) Subject Shared with: PROF. DEVENDRA

PATEL

Theory/ Tutorial/ Practical: Theory Days: MON, WED, FRI Hrs./Week: 3

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

Introduction

i. Basic components and terminology of IC engines, working of four stroke/two stroke

- petrol/diesel engine

1 1/1/16 5

ii. classification and application of IC

engines, engine performance and emission parameters

1 8/1/16 5

Fuel Air Cycles and Actual Cycles

i. Assumptions for fuel–air cycles, Reasons

for variation of specific heats of gases

1 22/1/16 5

ii. change of internal energy and enthalpy

during a process with variable specific heats

1 29/1/16 5

iii. isentropic expansion with variable

specific heats

1 5/2/16 5

iv effect of variable specific heats on Otto, Diesel and Dual cycle

1 12/2/16 5

v dissociation, comparison of air standard

and fuel air cycles, 1 19/2/16 5

vi effect of operating variables, comparison

of air standard and actual cycles, effect of

time loss

1 26/2/16 5

vii heat loss and exhaust loss in Petrol and Diesel engines, valve and port timing

1 4/3/16 5

Combustion

i. Combustion equations, stoichiometric air fuel ratio, enthalpy of formation, –

calorimeter

2 9-3-16

10-3-16

5

ii. adiabatic flame temperature,

determination of calorific values of fuels

2 16-3-16

17-3-16

5

iii. Bomb and Junkers gas calorimeter. 2 23-3-16

24-3-16

5



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Fuels and its supply system for SI and CI engine

i. Important qualities of IC engine fuels,

rating of fuels, Carburation, mixture requirement for different loads and

speeds,

2 6-4-16

7-4-16

5

ii. simple carburetor and its working, types

of carburetors,

2 13-1-16

14-1-16

5

Iii MPFI, types of injection systems in CI

engine, fuel pumps and injectors

2 20-1-16

21-1-16

5

iv types of nozzles, spray formation 1 27-1-16

5

Ignition and Governing System

i. Battery and magneto ignition system, 1 28-1-16 5

ii. spark plug, firing order 1 10-2-16

5

Iii quality, quantity 1 11-2-16 5

iv hit and miss governing 1 17-2-16

5

Supercharging

i. Need for supercharging, Effect of

supercharging, types of supercharger, 2 18-2-16

24-2-16

ii. methods of supercharging,

thermodynamic analysis of

supercharged engine cycle, limitations of supercharging, turbocharging

2 25-2-16

2-3-16

Combustion in SI and CI Engines

i. Stages of combustion in SI engines,

abnormal combustion combustion

chambers for SI engines

1 3-3-16 5

ii knocking in SI engines, factors affecting

knocking, effects of knocking, control of

knocking,

2 9-3-16

10-3-16

5

iii detonation in C.I. engines, factors affecting detonation, controlling

detonation,

2 16-3-16 17-3-16

5

iv Stages of combustion in CI engines, 1 23-3-16

5

v combustion chamber for SI and CI engine 1 24-3-16 5

Engine Lubrication and Cooling:

i Lubrication of engine components,

Lubrication system – wet sump and dry sump,

1 25/3/16 5

ii crankcase ventilation, Types of cooling 1 1/4/16 5



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systems – liquid and air cooled,

iii comparison of liquid and air cooled

systems

1 8/4/16 5

Measurement and Testing of IC engines

I Measurement of indicated power, brake

power, fuel consumption and emission, ,

1 30/3/16

5

ii Measurement of friction power by

Willan’s Line Method* and Morse Test*,

1 31/3/16 5

iii calculation of brake thermal efficiency, brake power and brake specific fuel

consumption of IC Engines

1 6/4/16

5

iv variable compression ratio engines, heat

balance sheet of IC Engine

1 7/4/16 5

Engine Emission and their control

i Air pollution due to IC engines 1 11/3/16 5

ii Euro I to VI norms, HC, CO and NOx

emission, catalytic convertor

1 18/3/16 5

Application of diesel engine

i Application of diesel engines in power

field, 1 25/3/16 L.C.D.

Projector

ii merit and demerits of diesel engine

power plants, layout of diesel engine

power plants

1 1/4/2016 5

REFERENCES:

Sr. Name of Book Author/s Publication Details

1 Internal Combustion Engine

Fundamentals

John B. Heywood

McGraw Hill Education Pvt

Ltd.

2 Internal Combustion Engine

V Ganeshan

McGraw Hill Education Pvt Ltd

3

Internal Combustion Engine

M.L.Mathur and

R.P.Sharma

Dhanpat Rai Publications (P)

Ltd.

4 Fundamentals of Internal Combustion

engine

H.N.Gupta

PHI Learning

5 Internal Combustion Engines

Colin Ferguson and Allan

Kirkpatrick

. Wiley India Pvt. Ltd.

TEACHING AID CODE




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4. Chart 5. Other





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Name of Teacher : PROF.MANISH ROHIT

Subject Name (Code) : CAD(2161903)

Semester/Division (Dept): 6th

(MECHANICAL) Subject Shared with : PROF.YAGNESH

SHRIMALI

Theory/ Tutorial/ Practical: Theory Days: TUESDAY Hrs./Week:1

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Fundamentals of Cad: i. History and development of Industrial

safety:

1 23-12-15 Chart

ii. : Implementation of factories act,

1 29-12-15 Chart

iii. Formation of various councils 1 5-01-16 Chart

iv. , Safety and productivity, 1 12-01-16 L.C.D.

Projector

v Safety organizations. Safety

1 26-01-16 Chart

vi committees, safety committee structure 1 2-02-16 L.C.D.

Projector

vii Roll of management and roll of Govt. 1 9-02-16 Chart

viii industrial safety, Safety analysis 1 16-02-16 L.C.D.

Projector

2. Graphics Standards

i. Standards for graphics programming 1 23-02-16 Other

ii. features of GKS, other graphics

standards,

1 1-03-16 Other

iii. PHIGS, IGES, PDES 1 8-03-16 Other

iv. Standards in CAD. 02 4.1Graphics and

computing standards, data exchange

standards

1 15-03-16 Other

v Design Database, Interfacing design and

drafting,

1 22-03-16 L.C.D.

Projector

3 Optimization

i. Introduction 1 29-03-16 Other



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ii. design synthesis, Engineering vs

Optimum Design

1 5-04-16 Other

iii. Objectives of Optimization, Classification

of Optimization problems and their procedure,

1 12-04-16 Other

iv. techniques of optimization 1 19-04-16 L.C.D.

Projector

v. Optimized design of machine

components,

1 26-04-16 Other

vi. Optimization Software 1 3-05-16 L.C.D.

Projector

REFERENCES:


1 CAD/CAM: Computer Aided design

and Manufacturing

Mikell Groover and

Zimmer, Pearson Education

2 Optimization Methods

Hearn & Baker, PHI.

3

Computer Aided Engineering &

Design

Jim Browne, New Age International

Publications

TEACHING AID CODE


4. Chart 5. Other





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Name of Teacher : PROF. YAGNESH R SHRIMALI

Subject Name (Code) : COMPUTER AIDED DESIGN (2161903)

Semester/Division (Dept): 6TH ( MECHANICAL ) Subject Shared with : PROF.MANISH ROHIT

Theory/ Tutorial/ Practical: Theory Days: 2 Hrs./Week: 2

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. : Computer Graphics:

i. Scan conversions 1 22/12/15 Other

ii. DDA and Breshnham’s algorithm for

generation of various

figure

1 23/12/15 Other

iii. 2D and 3D transformations: Scaling 1 29/12/15 Other

iv. Translation, Rotation 1 30/12/15 Other

v Mirroring, Clipping 1 05/1/16 Other

vi Homogeneous matrix. 1 06/1/16 Other

2. : Geometrical Modeling:

i. Types & mathematical representation of

curves, wire frame models,

entities, representations, parametric

representations

1 12/1/16 Other

ii. Review of vector algebra, lines, circle,

ellipse, parabolas, Parametric

representation of synthetic curves, cubic

curves, - spline, Bezier

spline, sweep curves,

1 13/1/16 Other

iii. Surfaces & solids – model, entities,

representations, fundamentals of

surface and solid modeling, B-rep,

constructive solid geometry (CSG),

analytical modeling, sweep.

1 19/1/16 Other

iv. Solid manipulation, visual realism.

Computer aided design of Mechanical

Elements & Mechanical Assembly with

1 20/1/16 Other



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animation. Capabilities of various

commercially available software in the

area of CAD.

3 . : Finite Element Analysis:

I. Types of elements , types of error, 1 26/1/16 Other

II. derivation equitation finite element

procedure

1 27/1/16 Other

III. Stress – deflection – stiffness matrix,

global matrix, conductivity

table.

1 02/1/16 Other

IV. Elimination approach 1 03/1/16 Other

V. penalty approach 1 09/1/16 Other

VI. effect of temperature, principle

of min. Potential energy,

1 10/1/16 Other

REFERENCES:


1 Computer Aided Engineering &

Design Jim Browne New Age International

Publications,

2 Computer Graphics & design P. Radhakrishnan, C.P.

Kothanadaraman New

age publication

3 CAD/CAM Theory & Practice Ibrahim Zeid Tata Mc Graw Hill

4 Technology of CAD / CAM Dr. Surendrakumar & Dr.

A.K.Jha Dhanpat Rai

Sons

5 CAD/CAM: Computer Aided

Design and Computer Aided

Manufacturing

P K Jain S Chand & Co.

TEACHING AID CODE


4. Chart 5. Other





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Name of Teacher : Prof. Mahesh Chavda

Subject Name (Code) : INDUSTRIAL ENGINEERING (2161907)


(Mechanical) Subject Shared with : Prof. Sangnesh Gaikwad

Theory/ Tutorial/ Practical: Theory Days: Hrs./Week:1

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Productivity and Work Study

i. Definition of productivity, application

and advantages of productivity

improvement tools, reasons for increase and decreases in productivity

2

23/12/2015 30/12/2015

5

ii. Areas of application of work study in

industry. Reaction of management and

labour to work study.

2 6/1/2016

13/1/2016 5

iii. Method Study: Objectives and procedure

for methods analysis, Recording

techniques,

2 20/1/2016 27/1/2016

5

iv. Operations Process Chart, Flow Process Chart, Man-Machine , Multiple Activity

Chart

2 3/2/2016

10/2/2016 5

Travel Chart, and Two Handed process

chart, String Diagram, Therbligs, Micro motion and macro-motion study:

Principles of motion economy, Normal

work areas and work place design.

2

17/2/2016 24/2/2016

5

Work Measurement: Objectives, Work

measurement techniques – time study,

work sampling, pre-determined motion

time standards (PMTS) Determination of time standards.

2

2/3/2016 9/3/2016

5

Observed time, basic time, normal time,

rating factors, allowances, and standard time. Introduction to ergonomics.

2 16/3/2016 30/3/2016

5

2. Job Evaluation and Wage Plan: i. Objective, Methods of job evaluation,

job evaluation procedure 2

6/4/2016 13/4/2016

5

ii. merit rating (Performance appraisal), method of merit rating,

2 20/4/2016 27/4/2016

5

iii. wage and wage incentive plans. 1 4/5/2016 5



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REFERENCES:

Sr. Name of Book Author/s Publication Details 1 Industrial Engineering and Management Dr. B. Kumar

Khanna Publishers

2 Industrial Engineering and Production

Management

Banga and Sharma

Khanna Publishers

3 Production and Operations Management

R. Panneerselvam

PHI Private Ltd.

TEACHING AID CODE


4. Chart 5. Other





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Name of Teacher : Prof. SAGNESH N GAIKWAD

Subject Name (Code) : INDUSTRIAL ENGINEERING (161907)


(Mechanical) Subject Shared with : Prof. MAHESH CHAVDA

Theory/ Tutorial/ Practical: Theory Days: MONDAY,THURSDAY Hrs./Week:TWO

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Location Selection and Plant Layout:

i. Nature of Location Decision, Importance of

Plant Location, Dynamic Nature of Plant

Location, Choice of site for selection

1 21/12/2015 5

II State regulations on location, Government

policies on decentralization. Industrial Estates

1 28/12/2015 5

iiI. Economic Survey of Site selection, SEZ,

Comparison of location

1 31/12/2015 5

IV. Principles of Plant layout and Types, factors

affecting layout, methods

1 4/1/2016 5

V. factors governing flow pattern, travel chart,

analytical tools of plant layout

1 7/1/2016 5

VI Layout of manufacturing shop, repair shop

and services sectors.

1 11/1/2016 5

2. Production Planning and Control :

i. Types of production systems and their

characteristics

1 18/1/2016 5

II functions and objectives of P.P.C., product

design

1 21/1/2016 5

iiI. development including standardization and simplification

1 25/1/2016 5

IV. Sales forecasting, concept, techniques,

application,

1 28/1/2016 5

V. production planning

and process planning

1 1/2/2016 5

VI Sequencing, loading 1 4/2/2016 5

VII scheduling, techniques and their selection 1 8/2/2016 5

VIII. line of balance, assembly line balancing 1 11/2/2016 5

IX. dispatching, progress control 1 15/2/2016 5

3. Industrial Legislation:

i. Need for Industrial legislation, Factories act

1948, Industrial dispute act 1947

1 18/2/2016 5



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ii. The Indian trade unions act 1926, Industrial

employment act 1946,Payment of wage act

1936

1 22/2/2016 5

iii. Workmen compensation act 1923, Payment

of bonus act 1965, Employees provident

fund scheme 1952

1 25/2/2016 5

4. Inspection and Statistical Quality Control:

i. Inspection – functions, types, objectives and

benefits, quality control

1 29/2/2016 5

II principles, Concepts of quality circles, Total

quality management

1 3/3/2016 5

iiI. Quality assurance, Quality audit, ISO, and

six sigma

1 7/3/2016 5

IV. SQC Concept, variable and attributes, 1 10/3/2016 5

V. normal distribution curves and its property charts for variable

1 5

VI attributes and their applications and 1 14/3/2016 5

VII interpretation (analysis) process capability 1 17/3/2016 5

VIII. Acceptance sampling, 1 21/3/2016 5

IX. sampling plans, OC curves 1 24/3/2016 5

X. AOQ curves 1 28/3/2016 5

5. Entrepreneurship:

i. Concept, product identification,

infrastructure facilities, preparation of

project, sources of industrial finance

1 31/3/2016 5

ii. Resources allocation, Government

Incentives to entrepreneurs.

1 4/4/2016 5

REFERENCES:


1 Production System, Planning, Analysis

and Control

J.L. Riggs 3rd ed. Wiley

2 Industrial Engineering and Organization

Management

Savita Sharma KATSON Books

3 Industrial Engineering and Management Dr. B.Kumar Khanna Publishers

TEACHING AID CODE 1. O.H.P. 2. L.C.D. Projector 3. Model

4. Chart 5. Other





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Name of Teacher : PROF. AVDHOOT JEJURKAR

Subject Name (Code) : REFRIGERATION AND AIR-CONDITIONING (2161908)

Semester/Division (Dept) : 6TH

(MECHANICAL )

Subject Shared with : PROF.JUGAL SHAH

Theory/ Tutorial/ Practical: Theory Days: Hrs./Week: 2

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Introduction :

i. need of refrigeration and air

conditioning

1 22/12/15 Other

ii. Methods of producing cooling, ton of

refrigeration, coefficient of

performance, types and application of refrigeration and air condensing

systems.

1 29/12/15 Other

2. Refrigerants: i. Classification, nomenclature,

desirable properties

1 5/1/16 Other

ii. secondary refrigerants, future industrial

refrigerants

2 12/1/16 Other

iii. Need, flash tank, Compound compression with flash and inter cooler, all evaporators

working at the same temperature

1 19/1/16 Other

iv. Evaporators with back pressure valves and

with multiple expansion valves without flash inter cooling

2 26/1/16 Other

v. analysis of two evaporators with flash

inter cooler and individual and

multiple expansion valve, estimation of power requirement and COP.

1 2/2/16 Other

4. Vapour Compression System :

I

Simple system on P-h and T-s

diagrams, analysis of the simple cycle

1 9/2/16 Other

II

factors affecting the performance of

the cycle,

1 16/2/16 Other

III Compound compression with intercooler,

flash gas removal and flash intercooler,

2 23/2/16 Other



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Iv actual cycle multiple evaporators with

back pressure valves and with multiple

expansion valves without flash inter cooling,

2 1/3/15 Other

v analysis of two evaporators with flash

intercooler and individual expansion valve and multiple expansion valve, cascade

refrigeration system

1 8/3/15 Other

3 . : Absorption refrigeration system:

I. Characteristics of refrigerant, selection of

pair,

1 15/3/16 Other

II. practical water -NH3

cycle

1 22/3/16 Other

III. Li – Br system and its working., 1 29/3/16 Other

IV. Optimized design of machine

components

1 5/4/16 Other

4 . : Refrigeration system components:

I. Compressors, condensers, expansion devises, evaporators its types construction

and working

1 5/4/16 Other

II. comparison and selection, 1 12/4/16 Other

III. thermal insulation properties and classification, thickness of insulation.

2 12/4/16 Other

REFERENCES:


1 Modern Refrigeration and Air-

conditioning Desai P.S Khanna Publishers

2 Refrigeration and Air Conditioning Manohar Prasad Prentice Hall of India PVT Ltd

3 Refrigeration and Air Conditioning Jordon and Prister Tata Mc Graw Hill

4 ‘Refrigeration and Air-

Conditioning

S C Arora & S

Domkundwar Dhanpat Rai

Sons

TEACHING AID CODE


4. Chart 5. Other





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Page 1 of 2


Name of Teacher : PROF. JUGAL SHAH

Subject Name (Code) : REFRIGERATION AND AIR-CONDITIONING (2161908)

Semester/Division (Dept) : 8TH

(MECHANICAL ) Subject Shared with : PROF.AVDHOOT

JEJURKAR

Theory/ Tutorial/ Practical: Theory Days: Hrs./Week: 2

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Introduction :

i. need of refrigeration and air

conditioning

1 22/12/15 Other

ii. Methods of producing cooling, ton of

refrigeration, coefficient of

performance, types and application of refrigeration and air condensing

systems.

1 29/12/15 Other

2. Refrigerants: i. Classification, nomenclature,

desirable properties

1 5/1/16 Other

ii. secondary refrigerants, future industrial

refrigerants

2 12/1/16 Other

iii. Need, flash tank, Compound compression with flash and inter cooler, all evaporators

working at the same temperature

1 19/1/16 Other

iv. Evaporators with back pressure valves and

with multiple expansion valves without flash inter cooling

2 26/1/16 Other

v. analysis of two evaporators with flash

inter cooler and individual and

multiple expansion valve, estimation of power requirement and COP.

1 2/2/16 Other

4. Vapour Compression System :

I

Simple system on P-h and T-s

diagrams, analysis of the simple cycle

1 9/2/16 Other

II

factors affecting the performance of

the cycle,

1 16/2/16 Other

III Compound compression with intercooler,

flash gas removal and flash intercooler,

2 23/2/16 Other



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Iv actual cycle multiple evaporators with

back pressure valves and with multiple

expansion valves without flash inter cooling,

2 1/3/15 Other

v analysis of two evaporators with flash

intercooler and individual expansion valve and multiple expansion valve, cascade

refrigeration system

1 8/3/15 Other

3 . : Absorption refrigeration system:

I. Characteristics of refrigerant, selection of

pair,

1 15/3/16 Other

II. practical water -NH3

cycle

1 22/3/16 Other

III. Li – Br system and its working., 1 29/3/16 Other

IV. Optimized design of machine

components

1 5/4/16 Other

4 . : Refrigeration system components:

I. Compressors, condensers, expansion devises, evaporators its types construction

and working

1 5/4/16 Other

II. comparison and selection, 1 12/4/16 Other

III. thermal insulation properties and classification, thickness of insulation.

2 12/4/16 Other

REFERENCES:


1 Modern Refrigeration and Air-

conditioning Desai P.S Khanna Publishers

2 Refrigeration and Air Conditioning Manohar Prasad Prentice Hall of India PVT Ltd

3 Refrigeration and Air Conditioning Jordon and Prister Tata Mc Graw Hill

4 ‘Refrigeration and Air-

Conditioning

S C Arora & S

Domkundwar Dhanpat Rai

Sons

TEACHING AID CODE


4. Chart 5. Other





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Page 1 of 3


Name of Teacher : Prof. Mahesh Chavda

Subject Name (Code) : PRODUCTION TECHNOLOGY (2161909)


(Mechanical) Subject Shared with : Prof. SUNIL BACHANI

Theory/ Tutorial/ Practical: Theory Days: TUESDAY,WENDSDAY Hrs./Week:2

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Jigs and Fixtures

1 Definition, Differences between

Jigs and Fixtures, Its usefulness in

mass production

1 22/12/2015

1&2

2 Design principles 1 23/12/2015

1&2

3 3-2-1 location principle and its

application to short and long

cylinders

1 29/12/2015

1&2

4 Types of locators, concept of work

piece control, geo metric control

1 30/12/2015

1&2

5 Types of locators, concept of work

piece control, geo metric control

1 5/01/2016

1&2

6 Dimensional control and mechanical control,

1 6/01/2016

1&2

7 Clamps, jig bushes 1 12/01/2016

1&2

8 Jigs and fixtures for various

machining operations

1 13/01/2016

1&2

2. Press Tool 1 Classification of presses,

Classification of dies, cutting actions in dies

1 19/01/2016

1&2

2 clearance, cutting forces,

Methods of reducing cutting forces

1 20/01/2016

1&2

3 Minimum Diameter of Piercing

Center of Pressure 1

27/01/2016 1&2

4 Blanking, Piercing, 1 9/02/2016

1&2

5 Drawing, Bending and Progressive Die design

1 10/02/2016

1&2

6 scrap reduction, strip layout 1 16/02/2016

1&2

3. Non-conventional Machining: 1 Introduction, EDM process

principle, process parameters

and their applications. Process

1 17/02/2016

1&2



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Page 2 of 3

capabilities and their

applications. 2 LBM process principle,

process parameters and their

applications. Process


applications.

1 23/02/2016

1&2

3 ECM process principle,


applications. Process capabilities and their

applications.

1 24/02/2016

1&2

4 ECG process principle,




applications.

1 1/03/2016

1&2

5 USM process principle,




applications.

1 2/03/2016

1&2

6 CM, AJM process principle,

process parameters and their applications. Process


applications.

1 8/03/2016

1&2

7 Wire cut EDM, process

principle, process parameters

and their applications. Process

capabilities and their applications.

1 9/03/2016

1&2

REFERENCES:

Sr. Name of Book Author/s Publication Details 1 Production Technology - HMT

2 Production Technology R.K. Jain Khanna Publication 3 Workshop Technology Vol. II Raghuvanshi Dhanpat rai Publication 4 Tool Design Donaldson Tata McGraw Hill Pub

TEACHING AID CODE

1. O.H.P. 2. L.C.D. Projector 3. Model 4. Chart 5. Other



Anand

Page 3 of 3





Anand

Page 1 of 2


Name of Teacher : Prof. Sunil Bachani

Subject Name (Code) : PRODUCTION TECHNOLOGY (2161909)


(Mechanical) Subject Shared with : Prof. MAHESH CHAVDA

Theory/ Tutorial/ Practical: Theory Days: TUE Hrs./Week:01

LESSON PLANNING


Allotted

Planned

Date

Actual

Date

Teaching

Aid Code

Remarks

1. Metal cutting

1 Principal of metal cutting,

classification of metal

cutting/machining process, orthogonal and oblique cutting

1

22/12/2015

5

2 Effect of tool geometry and

other cutting parameters, Mechanisms of formation of

chips

1

29/12/2015

5

3 Types of chips formed, chip

Breakers, concept of specific cutting pressure, The forces

acting on the cutting tool and

its measurement

1

05/01/2016

5

4 Merchant’s circle diagram,

force dynamometer

1 12/01/2016

5

5 Force and velocity relationship,

Tool wear, Factors causing wear, tool life

1

19/01/2016

5

6 Variables affecting tool life,

economical cutting speed,

machinability of metals

1

02/02/2016

5

2. Thermal Aspects in Machining 1 Sources of heat generation in

machining and its effects,

Temperature Measurement techniques in machining

1 09/02/2016

5

2 Types of cutting fluids,

Functions of cutting fluid, Characteristics of cutting fluid

1 16/02/2016

5

3 Application of cutting fluids,

Economics of Metal Cutting

Operations

1 23/02/2016

5

3. Gear and Thread Manufacturing: 1 Different types of Threads

manufacturing methods, and 1 01/03/2016

5



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Page 2 of 2

tools involved 2 Different gear forming and

generating methods with their

special features.

1 08/03/2016

5

3 Gears finishing processes.. 1 15/03/2016

5

REFERENCES:

Sr. Name of Book Author/s Publication Details 1 Production Technology - HMT

2 Production Technology R.K. Jain Khanna Publication 3 Workshop Technology Vol. II Raghuvanshi Dhanpat rai Publication 4 Tool Design Donaldson Tata McGraw Hill Pub

TEACHING AID CODE


4. Chart 5. Other



Documents

Mechanical Engineering Department Dr. Jivraj Mehta · PDF file · 2016-01-05Mechanical Engineering Department Dr. Jivraj Mehta Institute of Technology, Mogar, ... Mechanical Engineering