Department: Mechanical Program: B.Tech Course: IC Engines ...

1. Pre-requisites: Thermodynamics

2. Course Educational Objectives (CEOs):

To provide students an insight of construction, function and performance analysis of IC

engines, gas turbines using various cycles and jet propulsion systems.

3. Course Outcomes (COs): At the end of the course, the student will be able to

:

CO1: Identify various components and functioning of IC Engines, Gas-turbines and

Jet-propulsion systems.

CO2: Analyze the characteristics of IC Engines and Gas-turbines using Air/fuel, Air-

standard, Actual and Brayton cycles.

CO3: Evaluate the performance of IC engines and gas turbines through thermodynamic

cycles.

CO4: Analyze combustion characteristics and select different combustion chambers for

IC engines.

CO5: Comprehend the need of cooling, lubrication, ignition and fuel supply systems

for efficient operation of IC engines.

4. Course Articulation Matrix:

Course

Code

COs Programme Outcomes PSOs

1 2 3 4 5 6 7 8 9 10 11 12 1 2 3

T267

CO1 1 2 1 1 1 2 2

CO2 2 3 2 1 2 1 1 3 1

CO3 2 3 3 2 2 2 2 3 1

CO4 1 3 2 2 2 1 1 2 1

CO5 1 2 1 1 1 1 2

1 = Slight (Low) 2 = Moderate (Medium) 3-Substantial(High)

Department: Mechanical Program: B.Tech

Course: –IC Engines and Gas Turbines (T267)

SEM: V Semester (Section-A) Academic Year: 2017-18

Academic Year: 2017-18

LESSON PLAN

5. Course Delivery Plan:

S.NO TOPIC TO BE COVERED No.of Classes

Date DM As per the

Schedule

Taken

UNIT-I

1 Introduction to IC Engines &

classification of IC Engines

1 19/6/2017 5

2 Basic Engine components and

Nomenclature 1 21/6/2017 1,5

3 Working principles of Four stroke

SI and CI Engines 1 22/6/2017 1,5

4 Working principles of Two stroke

SI and CI Engines & Tutorial-I 1 24/6/2017 3

5 Valve Timing diagrams for Four

stroke Engines 1 28/6/2017 1,5

6 Port timing diagrams for Two

stroke engines & Applications of IC

Engines

1

29/6/2017

1,5

7 Layout of Fuel supply system for SI

Engine-Simple Carburettor,

Assignment-I

1

01/7/2017 6,4

8 Fuel supply system for CI Engine-Solid Injection-Individual pump

type-Common rail type only

1

03/7/2017 1

9 Tutorial-II, Quiz-I 1 05/7/2017 3,4

Number of classes 9

UNIT-II

10 Air-standard cycles: Carnot cycle 1 06/7/2017 1

11 Otto cycle & its analysis 1 08/7/2017 1

12 Diesel ,Dual cycle & its analysis 1 10/7/2017 1

13 Atkinson , Stirling , Ericson Cycles 1 12/7/2017 1

14 Brayton cycle and its analysis 1 13/7/2017 1

15 Problems on Otto, Diesel and Dual

cycles 1 15/7/2017 1

16 Problems on Brayton cycle and

Tutorial-III, Assignment-II 1 17/7/2017 3,4

17 Fuel-air cycles and their

significance, composition of

cylinder gases

1

19/7/2017 1

18 Dissociation, comparison of air-

standard and fuel-air cycles.

1 20/7/2017 1

19 Comparison of air-standard

and actual cycles, time loss factor 1 22/7/2017 1

20

Heat loss factor, exhaust blow

down, loss due to rubbing

Friction, actual and fuel-air cycles

of engines.

1

24/7/2017

1

21 Cooling systems, Air cooling, Water

cooling, Comparison, Radiators

and cooling fans

1

26/7/2017 1,6

22 Lubricating systems, Mist lubrication, Wet sump lubrication,

and Dry sump lubrication system

1

27/7/2017

1,6

23 Ignition systems- Battery, Magneto

Ignition systems 1 29/7/2017 1,6

24 Electronic Ignition system 1 02/8/2017 1,6

25 Tutorial-IV, Quiz-II 1 03/8/2017 3,4

Number of classes 16

Unit-III

26 Introduction, Homogeneous and

Heterogeneous mixture, stages of

combustion in SI engines

1 05/8/2017

1

27 Flame front propagation, factors

influencing the flame speed

1 07/8/2017 1

28 Abnormal combustion,

phenomenon of knock in SI

engines

1 14/8/2017

1,6

29 Effect of engine variables on knock 16/8/2017 1,6

30 Combustion chambers for SI

engines- Fuel requirement and fuel

rating

1 17/8/2017

6

31 Tutorial-V, Assignment-III 1 16/8/2017 3,4

32 Stages of combustion in CI

engines, factors affecting the delay

period

1 17/8/2017

1

33 Phenomenon of knock in CI

engines, comparison of knock

in SI and CI engines

1 19/8/2017

6

34 Combustion Chambers for CI

engines-I

1 21/8/2017 6


engines-II and Fuel requirement,

fuel rating

1 23/8/2017

1,6

36 Tutorial-VI, Quiz-III 1 24/8/2017 3,4


UNIT-IV

37 Introduction, Parameters of

performance- Measurement of Fuel consumption, Air intake

1 26/8/2017

1

38 Measurement of Brake power,

Determination of Frictional

power and Indicated power

1 28/8/2017

1,5

39 Performance tests & Performance

Characteristic Curves

1 30/8/2017 1,5

40 Heat Balance sheet and Tutorial-

VII, Quiz-IV

1 31/8/2017 5,3,4

41 Problems on Engine performance-I 1 04/9/2017 1

42 Problems on Engine performance-II 1 06/9/2017 1

43 Problems on Morse Test 1 07/9/2017 1

44 Problems on Heat Balance sheet-I 1 09/9/2017

1

45 Problems on Heat Balance sheet-II 11/9/2017 1

46 Tutorial-VIII, Assignment-IV 1 13/9/2017 3,4


UNIT-V

47 Gas turbine plant and Its

Components, Classification

1 14/9/2017 6

48 Analysis of Closed and Open cycle

Gas Turbine plants

1 16/9/2017 1,6

49 Methods of improving

performance- Intercooler

1 18/9/2017 1,6

50 Regeneration and Reheating 1 20/9/2017 6

51 Applications of Gas-Turbine plant

and Tutorial-IX, Quiz-V

1 21/9/2017

3,4

52 Introduction of Jet Propulsion-

Qualitative treatment of Turbojet,

Turbo Fan

1 23/9/2017

1,6

53 Turboprop, Ramjet, applications 1 25/9/2017 1,6

54 Tutorial-X, Assignment-V 1 27/9/2017 3,4

Number of classes 8

55 Contents beyond syllabus 1 04/10/2017 1

56 Contents beyond syllabus 1 05/10/2017 1

57 Contents beyond syllabus 1 07/10/2017 1,6

58 Contents beyond syllabus 1 09/10/2017 1,6

59 Revison 1 11/10/2017 1

60 Revision 1 12/10/2017 1

61 Revison 1 14/10/2017 1

Total Number of classes 61

Delivery Methods (DM):

1. Chalk & Talk 2. ICT Tools 3. Tutorial 4. Assignment/Test/Quiz

5. Laboratory/Field Visit 6. Web based learning.

Course Instructor Course

Coordinator

Module

Coordinator HOD

Signature

Name of the

Faculty Dr.P.Vijay Kumar A.Naresh Kumar Dr.P.Vijay Kumar Dr.S.Pichi Reddy

1. Pre-requisites:

2. Course Educational Objectives (CEOs): The main objective of this course is to familiarize the steps involved in the

design process of various machine elements.

3. Course Outcomes (COs): At the end of the course, the student will be able to :

CO1 :Formulate and analyze stresses and strains in machine elements and structures

subjected to static loads.

CO2 : Analyze the failure criterion of mechanical parts under fatigue loads.

CO3 : Comprehend the design of permanent joints subjected to various loads.

CO4 : Analyze the temporary joint members subjected to axial and eccentric loads.

CO5 : Design shafts and shaft couplings for various engineering applications.


Course

Code


1 2 3 4 5 6 7 8 9 10 11 12 1 2 3

S291

CO1 3 2 3 1 1 3

CO2 3 2 3 1 3

CO3 3 1 3 1 3

CO4 3 1 3 1 3

CO5 3 1 3 1 3


Department: ME Program: B.Tech

Course : –MACHINE DESIGN-1(S291)

SEM: V Academic Year : 2017-18

LESSON PLAN



Date DM As per the

Schedule

Taken

UNIT-I

1 Pre requisites, course outcomes and course

objective, syllabus 1 19-06-2017 1

2 Machine Design-Introduction-Basic Procedure 1 20-06-2017 1

3 Design of machine elements, procedure,

design analysis and design synthesis 1

23-06-2017 1

4 Introduction to Indian standards-Selection of

Preferred sizes 1

24-06-2017 1

5 Tutorial-1 1 27-06-2017 3

6 Modes of failure-factor of safety-stress strain

relationship 1

30-06-2017 1

7 Stresses due to bending moment-stresses due

to turning moment-eccentric axial loading 1

01-07-2017 1

8

Introduction to theories of failure, maximum

principle stress maximum shear stress

theories

1

03-07-2017 1

9

Maximum shear stress theory, Distortion

energy theory, Derivation

1

04-07-2017 1

10 Tutorial-2 1 07-07-2017 3

11 Assignment-1/quiz-1 1 10-07-2017 4

No.of classes 11

UNIT-II

12 Stress concentration, factors causing stress

concentration

1

11-07-2017 1,2

13 Theoretical stress concentration factor

,Methods of reducing stress concentration-

1

14-07-2017 1,2

14 Fluctuating stresses, repeated stresses

reversed stresses

1 15-07-2017

1,2

15 Fatigue failure -endurance limit-S-N curve

-

1

17-07-2017 1

16 -low cycle and high cycle fatigue-Notch

sensitivity-fatigue stress concentration factor_

1

-07-2017 1

17 Endurance limit_ approximation method-

Derating factors

1 21-07-2017 1

18 Tutorial-3 1 22-07-2017 3

19 Soderberg and Good man line-explanation 1

24-07-2017 1

20 Modified Goodman line; Gerber curve 1

25-07-2017 1

21 Tutorial-4 1

28-07-2017 3

22 Assignment-2/Quiz-2 1

29-07-2017 4

No.of classes 11

UNIT-III

23 Riveted joints-types- design for strength 1

31-07-2017 1,2

24 Design for strength-efficiency of joint 1

01-08-2017 1

25 Eccentrically loaded riveted joints. 1

04-08-2017 1

26 Eccentrically loaded riveted joints 1 05-08-2017 1

27 Tutorial-5 1 14-08-2017 3

28 Introduction to welded joints-fillet welds and

butt welds- Strength of butt weld

1

18-08-2017 1,2

29 Strength of parallel fillet weld-transverse fillet

weld

1

19-08-2017 1

30 Maximum shear stress in a parallel fillet weld

-Maximum shear stress in a transverse fillet

weld

1

21-08-2017 1

31 Maximum shear stress in a transverse fillet -

Axially loaded unsymmetrical Welded joints

1

22-08-2017 1

32 Axially loaded unsymmetrical welded joints;

Welded joints subjected to bending moment

1

26-08-2017 1

33 Tutorial-6 1 28-08-2017 3

34 Assignment-3/quiz-3 1 29-08-2017 4

No. of classes 12

UNIT-IV

35 Threaded joints; Terminology-bolts of uniform

strength

1 01-09-2017 1,2

36 Ecce1ntrically loaded bolted joints in shear 1 02-09-2017 1

Eccentric load perpendicular to axis of bolt 1 04-09-2017 1


1.Chalk & Talk 2. ICT Tools 3. Tutorial 4. Assignment/Test/Quiz


Course

Instructor

Course

Coordinator

Module

Coordinator HOD

Signature

Name of the Faculty G.Kartheek K.V.Viswanath B.Sudheer

Kumar Dr.S.Pichi Reddy

PRINCIPAL

38 Tutorial-7 1 05-09-2017 3

39 Design of square and flat keys-types 1 08-09-2017 1,2

40 Design of Cotter joints 1 11-09-2017 1,2

41 Design of Socket and

Spigot cotter joint 1

12-09-2017 1,2

42 Design of Knuckle joint-Failures 1 15-09-2017 1,2

43 Tutorial-8 1 16-09-2017 3

44 Assignment-4/Quiz-4 1 18-09-2017 4

No. of classes 10

UNIT-V

45 Transmission shafts-introduction-design of

shaft on strength basis

1

19-09-2017 1

46 Design of shaft on strength basis- rigidity

basis

1 22-09-2017 1

47 ASME code of shaft design 1 23-09-2017 1

48 Tutorial-9 1 25-09-2017 3

49 Muff coupling 1 26-09-2017 1,2

50 Clamp coupling 1 29-09-2017 1,2

51 Flange coupling 1 03-10-2017 1,2

52 Bushed pin flexible coupling 1 06-10-2017 1,2

53 Tutorial-10 1 07-10-2017 3

54 Assignment-5 /Quiz-5 1 09-10-2017 4

No. of classes 10

55 Revision 1 10-10-2017 1

56 Beyond the syllabus 1 13-10-2017 1,2

Introduction to fracture mechanics

103

1. Pre-requisites: Engineering Mechanics, Kinematics of machines


The main objective of this course is to familiarize the standard mechanisms

used for speed control and stability control & the effect of dynamics of

undesirable vibrations

3.Course Outcomes (COs): At the end of the course, the student will be able to :

CO1: Characterize the clutches, brakes and dynamometers & Analyze the gyroscopic effects on different vehicles.

CO2: Analyze the dynamic force of slider crank mechanisms and energy storage in the flywheels.

CO3: Analyze the speed regulations in centrifugal governors. CO4: Analyze the balancing of the moving parts statically and dynamically. CO5: Apply the basic concepts of vibrations in various mechanical systems.


Course

Code


a b c d e f g h i j k l 1 2 3

S203

CO1 3 2 3 1 3

CO2 3 2 3 1 3

CO3 3 2 3 1 3

CO4 3 2 3 3 1 3

CO5 3 2 3 3 1 3


Department: MECHANICAL ENGINEERING Program: B.Tech

Course : DYNAMICS OF MACHINES (S203)

SEM: V (A-SEC) Academic Year : 2017-18

LESSON PLAN


S.NO TOPIC TO BE COVERED

No.of Classes

Tentative

Date DM As per

the Schedule

Taken

UNIT-I

1

Introduction to Dynamics of machines -

Course Educational Objectives (CEO’s) and Course Outcomes (CO’s).

1 19-06-2017 1

2 Introduction to clutches- Single plate

clutch and Multi plate clutch -working 1 21-06-2017 1,2

3

Derivation for frictional torque in single &

multi plate clutch by Uniform pressure

and Uniform wear conditions

1 22-06-2017 1

4 Cone clutch and Centrifugal clutch –

working and derivation 1 24-06-2017 1,2

5 Problems on clutches 1 26-06-2017 1

6 Tutorial-1 1 28-06-2017 3

7 Brakes: Simple block brakes & problems 1 29-06-2017 1,2

8 Band brake & Band and block brakes –

problems 1 01-07-2017 1,2

9 Internal expansion shoe brakes-

derivation 1 03-07-2017 1,2

10 Absorption type dynamometers- working 1 05-07-2017 1,2

11 Transmission type dynamometers –

working 1 06-07-2017 1,2

12 Tutorial-2 1 10-07-2017 3

13 Precession: Gyroscopes and introduction 1 12-07-2017 1,2,5

14 Effect of precession on Aero planes &

ships 1 13-07-2017 1,2,5

15 Effect of precession on the stability of

motor car (four wheeler) 1 15-07-2017 1,2


motor cycle (two wheeler) 1 17-07-2017 1,2

17 Assignment/Quiz -1 1 19-07-2017 4


UNIT-II

18 Introduction about Turning moment 1 20-07-2017 1,2

19 Angular velocity and acceleration of

piston, connecting rod 1 22-07-2017 1,2

20 Engine force analysis-piston and crank effort & Inertia torque of connecting rod

1 24-07-2017 1

21

Introduction to turning moment

diagrams-single and multi-cylinder

engines

1 26-07-2017 1

22 Tutorial-3 1 27-07-2017 3

23 Problems on single cylinder & multi

cylinder engines 1 29-07-2017 1

24 Fluctuation of energy- Problems 1 31-07-2017 1

25 Fly wheels and their design 1 02-08-2017 1

26 Tutorial-4 1 03-08-2017 3

27 Assignment/Quiz -2 1 05-08-2017 4


UNIT-III

28

Governor - introduction, Watt governors

working & Derivation for speed of governor

1 14-08-2017 1,2,5

29 Porter governor working & derivation 1 16-08-2017 1,2

30 Porter governor Problems 1 17-08-2017 1

31 Tutorial-5 1 19-08-2017 3

32 Proell governor working & derivation 1 21-08-2017 1

33 Hartnell governor working & derivation 1 23-08-2017 1,2

34 Hartnell governor Problems 1 24-08-2017 1

35 Tutorial-6 1 26-08-2017 3

36 Sensitiveness, Isochronism and hunting 1 28-08-2017 1

37 Assignment/Quiz -3 1 30-08-2017 4


UNIT-IV

38 Introduction to Balancing - Balancing of

rotating masses in single plane 1 31-08-2017 1,2

39 Balancing of several masses rotating in

different planes 1 02-09-2017 1,2

40 Analytical and graphical methods 1 04-09-2017 1

41 Tutorial-7 1 06-09-2017 3

42 Primary, secondary balancing of

reciprocating masses. 1 07-09-2017 1,2


44 Unbalanced forces and couples 1 13-09-2017 1

45 Tutorial-8 1 14-09-2017 3

46

Examination of ‘V’ multi cylinder in line

and radial engines for primary and secondary balancing

1 16-09-2017 1,2

47 Locomotive balancing -Hammer blow,

swaying couple and tractive efforts 1 18-09-2017 1,2

48 Assignment/Quiz -4 1 20-09-2017 3


UNIT-V

49 Introduction & Types of Vibrations 1 21-09-2017 1,5

50

Free longitudinal vibrations-

Displacement, velocity & acceleration of

body due to inertia force

1 23-09-2017 1

51 Inertia effect of the mass of spring-

problems 1 25-09-2017 1

52 Derivations & problems 1 27-09-2017 1

53 Tutorial-9 1 28-09-2017 3

54 Damped vibrations 1 04-10-2017 1

55 Forced vibrations & Forced damped vibrations

1 05-10-2017 1,5

56 Tutorial-10 1 07-10-2017 3

57 Vibration isolation and transmissibility &

Whirling speed of shafts 1 09-10-2017 1

58 Assignment/Quiz -5 1 11-10-2017 4


59 Beyond Syllabus – vibration measuring instruments & transverse vibrations

1 12-10-2017 5

Total number of classes 59




Course

Instructor

Course

Coordinator Module Coordinator HOD

Signature

Name of the

faculty Ch. Siva Sankara Babu Mr. B. Sudheer Kumar Dr. S.Pichi Reddy

1. Pre-requisites:


In this Course student will learn about-The fundamental concepts and contributions of

management, human resource practices, quality control and project management which plays a

vital role in the organisation, study techniques for increased productivity, human resource

practices and various network techniques.

3. Course Outcomes (COs):

At the end of the course, the student will be able to:

CO1: Apply the fundamental knowledge of management and organization in work environment.

CO2: Analyze different types of plant location and plant layouts.

CO3: Examine the statistical quality control and material management as a process.

CO4: Apply the concepts of HRM and functions of HRM to achieve goals.

CO5: Make use of program evaluation review techniques (PERT) and critical path method for

real time project estimation.


Course

Code


1 2 3 4 5 6 7 8 9 10 11 12 1 2 3

S269

CO1 3 1 2 1 3 1 2 1 3

CO2 1 1 1 2 2 1

CO3 1 2 2 2 3 2 1 3

CO4 2 1 1 1 1 3 1 1 1

CO5 3 1 1 1 1 1 1


Department: MECH - A Program: B.Tech

Course: –Industrial Management (S270)

SEM: V Academic Year: 2017-18

LESSON PLAN



No. of Classes

Date DM As per the

Schedule Taken

UNIT-1

1 Introduction to Management: Definition 1 6/19/2017 1,2

2 Nature of management 1 6/21/2017 1,2

3 Importance and Functions of Management 1 6/22/2017 1,2

4 Evolution of management thought 1 6/24/2017 1,2

5 Taylor’s Scientific Management Theory 1 6/28/2017 1,2

6 Fayol’s Principles of Management 1 6/29/2017 1,2

7 Fayol’s Principles of Management cntd.. 1 7/1/2017 1,2

8 Contribution of Elton Mayo 1 7/3/2017 1,2

9 Contribution of Maslow 1 7/5/2017 1,2

10 Contribution of Herzberg 1 7/6/2017 1,2

11

Contribution of Douglas Mc Gregor,

Modern management 1 7/10/2017 1,2

12

Basic concepts of Organization, Authority,

Responsibility, Delegation of Authority 1 7/12/2017 1,2

13

Span of Control, Departmentation and

Decentralization 1 7/13/2017 1,2

14

Organization Structures: Line

organization,functional organization 1 7/15/2017 1,2

15

Line and staff organization, Committee

organization 1 7/17/2017 1,2

16

Matrix organization, review of

oraganisation structure 1 7/19/2017 1,2


UNIT-II

17 Introduction To Operations Management 1 7/20/2017 1,2

18 Plant Location, Factors influencing location 1 7/22/2017 1,2

19 Principles of Plant Layouts 1 7/24/2017 1,2

20 Types of Plant Layouts 1 7/26/2017 1,2

21

Methods of production: batch and Mass

Production 1 7/27/2017 1,2

22 Methods of production: Job Production 1 7/29/2017 1,2

23 Work Study 1 7/31/2017 1,2

24 Basic procedure involved in Method Study 1 8/2/2017 1,2

25 Work Measurement 1 8/3/2017 1,2

26 Problems 1 8/5/2017 1,2


27

MID-1

8/7/2017

28 8/9/2017

29 8/10/2017

30 8/12/2017

UNIT-III

31 Introduction to Quality Management 1 8/14/2017 1,2

32

Statistical Quality Control-Meaning, Basics variables and

attributes 1 8/16/2017 1,2

33 Control charts: X chart, R chart, 1 8/17/2017 1,2

34 Control charts: C chart, P chart 1 8/19/2017 1,2

35 Acceptance Sampling and Sampling plans 1 8/21/2017 1,2

36 Deming’s contribution to quality 1 8/23/2017 1,2

37 Introduction to Materials Management-Objectives 1 8/24/2017 1,2

38 Need for Inventory control, Purchase Procedure 1 8/26/2017 1,2

39 Store records and its types EOQ 1 8/28/2017 1,2

40 ABC Analysis 1 8/30/2017 1,2

41 problems 1 8/31/2017 1,2

42 stock levels 1 9/4/2017 1,2


UNIT-IV

43 Introduction to Human Resource Management 1 9/6/2017 1,2

44 Concepts of HRM, Basic functions of HR Manager 1 9/7/2017 1,2

45 Manpower planning 1 9/9/2017 1,2

46 Recruitment, Selection 1 9/11/2017 1,2

47 Training and Development, Placement 1 9/13/2017 1,2

48 Wage and Salary Administration 1 9/14/2017 1,2

49 Promotion, Transfer, Separation 1 9/16/2017 1,2

50 Performance Appraisal 1 9/18/2017 1,2

51 Job Evaluation and Merit Rating 1 9/20/2017 1,2

52 Revision 1 9/21/2017 1,2


UNIT-V

53 UNIT: V: Introduction to Project management 1 9/23/2017 1,2

54 Early techniques in Project Management 1 9/25/2017 1,2

55 Rules to draw network diagram and types of activities 1 9/27/2017 1,2

56 problems 1 9/28/2017 1,2

57 Critical Path Method (CPM):identifying critical path 1 9/30/2017 1,2

58 problems 1 10/4/2017 1,2

59 Project Evaluation and Review Technique (PERT) 1 10/5/2017 1,2

60 Probability of Completing the project within given time 1 10/7/2017 1,2

61 Problems 1 10/9/2017 1,2

62 Project Cost Analysis 1 10/11/2017 1,2

63 Project Crashing, Problems 1 10/12/2017 1,2

64

1

10/14/2017 1,2


65

MID-II

10/16/2017

66 10/17/2017

67 10/17/2017

68 10/19/2017



1. Chalk & Talk 2. PPT 3. Tutorial 4. Assignment/Test/Quiz

Course Instructor Course Coordinator Module Coordinator HOD

Signature

Name of the

Faculty

1. Pre-requisites: Basic concepts of Engineering Drawing, Production Technology, Materials and Metallurgy.


To enable the learners to gain knowledge about metal cutting operation, tool nomenclature, tool geometry

and the various operations performed on machine tools for manufacturing of engineering objects to produce the

desired shape, size, accuracy; finish etc. and also students able to understand the basic concepts of Jigs and fixtures

designs.


CO1: Comprehend the basic principles of metal cutting and analyze the forces in machining.

CO2: Understand detailed working and applications of lathe

CO3: Comprehend the detailed working principle and applications on shaper, slotter, planar, drilling and boring

machines

CO4: Relate the knowledge of milling and grinding operations with manufacturing industry

CO5: Identify various kinds of finishing processes and different kinds of holding and guiding mechanisms.


Course

Code



S308

CO1 3 3 2 3 3 1

3 3 3

CO2 3 1 2 1 2 3 1

3 3 2

CO3 3 1 2 1 3 1

3 3 2

CO4 3 1 2 2 3 1

3 3 2

CO5 3 1 2 1 1 3 1

3 3 1




Date DM As per

the

Schedule

Taken

Unit-1

1 Metal cutting and Machine tools, COs and POs PEOs 1 20/6/2017 DM1/DM6

2 Introduction, Classification of Machine tools 1 21/6/2017 DM1/DM6

3 Basic elements of Metal cutting, Methods of Metal

Cutting

1 23/6/2017 DM1/DM6

4 Classification of Cutting Tools 1 24/6/2017 DM1/DM6

5 Cutting tool materials 1 27/6/2017 DM1/DM6

6 Geometry of Single Point Cutting Tool 1 28/6/2017 DM1/DM6

7 Mechanism of Metal cutting 1 30/6/2017 DM1/DM6

8 Types of chips and Chip breakers 1 1/7/2017 DM1/DM6

9 measurement of chip thickness ratio, shear angle 1 4/7/2017 DM1/DM6

Department: Mechanical Program: UG (B.Tech)

Course: S308 Metal Cutting and Machine Tools

SEM: V (Section – A) Academic Year: 2017-18

LESSON PLAN

10 Tutorial - I 1 5/7/2017 DM2 / DM4

11 measurement of cutting forces, velocity diagrams 1 7/7/2017 DM1/DM6

12 Merchant’s Force diagram 1 8/7/2017 DM1/DM6

13 Numericals 1 11/7/2017 DM1/DM6

14 Machining parameters - Tool Life, related problems 1 12/7/2017 DM1/DM6

15 Work done in cutting. Metal cutting theories 1 14/7/2017 DM1/DM6

16 Tool Failure 1 15/7/2017 DM1/DM6

17 Cutting fluids 1 18/7/2017 DM1/DM6

18 Tutorial – II, Quiz – I, Assignment - I 1 19/7/2017 DM2 / DM4


Unit-II

19 Introduction, Principle of working 1 21/7/2017 DM1/DM6

20 Specification of lathe, classification of Lathes 1 22/7/2017 DM1/DM6

21 Lathe accessories, Tool holding, 1 25/7/2017 DM1/DM6

22 Work holding and Special attachments 1 26/7/2017 DM1/DM6

23 Lathe Operations, Tutorial – III 1 28/7/2017 DM2 / DM4/

DM6 24 Taper turning methods, Thread turning methodology 1 29/7/2017 DM1/DM6

25 Turret and Capstan Lathes: Introduction 1 1/8/2017 DM1/DM6

26 Principle of working -Collet chucks 1 2/8/2017 DM1/DM6

27 Other work and tool holding devices 1 4/8/2017 DM1/DM6

28 Box and tool layout, Assignment – II, Quiz-II 1 5/8/2017

DM2 / DM4/

DM6


I MID EXAMINATIONS (7/8/2017-12/8/2017)

Unit-III

29 Introduction to reciprocating machines, Planning 1 14/8/2017 DM1/DM6

30 Principles of working – Principal parts, Specification 1 18/8/2017 DM1/DM6

31 classification 1 19/8/2017 DM1/DM6

32 Operations performed, Machining time calculations 1 22/8/2017 DM1/DM6


34 Tutorial - IV 1 26/8/2017 DM2 / DM4

35 Drilling and Boring Machines : Introduction 1 29/8/2017 DM1/DM6


37 Types of drilling machines, boring machines 1 1/9/2017 DM1/DM6

38 operations performed 1 5/9/2017 DM1/DM6

39 Tool holding devices, Twist drill 1 6/9/2017 DM1/DM6

40 Boring machines, Fine boring machines 1 8/9/2017 DM1/DM6

41 Deep hole drilling machine 1 9/9/2017 DM1/DM6

42 Tutorial – V, Assignment – III, Quiz-III 1 12/9/2017

DM2 / DM4


Unit-IV

43 Principle of working – Specifications 1 13/9/2017 DM1/DM6

44 Classifications of milling machines, Principal features of

horizontal, vertical and universal milling machines

1 15/9/2017 DM1/DM6

45 Methods of operations, various types of operations 1 16/9/2017 DM1/DM6

46 Geometry of milling cutters 1 19/9/2017 DM1/DM6

47 Types of Milling cutters 1 20/9/2017 DM1/DM6

48 Methods of indexing – Accessories to milling machines 1 22/9/2017 DM1/DM6

49 Tutorial – VI, Assignment – IV, Grinding Machines:

Introduction,

1 23/9/2017 DM2 / DM4/DM6

50 Fundamentals – Theory of grinding, Classification of

grinding machine

1 26/9/2017 DM1/DM6

51 Grinding wheel description, Types of Abrasive materials

and signatures

1 27/9/2017 DM1/DM6

52 Cylindrical and surface grinding machine 1 29/9/2017 DM1/DM6

53 Tool and cutter grinding machine 1 3/10/2017 DM1/DM6

54 special types of grinding machines, Quiz-IV 1 4/10/2017 DM2 / DM4/DM6


Unit-IV

55 Introduction to super finishing processes, Types 1 6/10/2017 DM1/DM6

56 Working Principle, Comparison to grinding – lapping and

honing

1 7/10/2017 DM1/DM6

57 Constructional features, Speed, Feed, DC and M/C 1 10/10/2017 DM1/DM6

58 Tutorial - VII and Assignment – V 1 11/10/2017 DM2 / DM4/DM6

59 Definitions of Jig and Fixture, comparisons and

classifications, Principles of design of Jigs and fixtures

1 13/10/2017 DM1/DM6

60 Types of clamping & work holding devices. Typical

examples of jigs and fixtures, Tutorial - XIV , Quiz – V,

Assignment - VI

1

14/10/2017 DM1/DM6

II MID EXAMINATIONS (16/10/2017-21/10/2017)

Number of classes 6



NOTE: DELIVERY METHODS (DM):

DM1: Lecture interspersed with discussions/BB DM2: Tutorial

DM3: Lecture with a Quiz DM4: Assignment/Test

DM5: Demonstration (laboratory, field visit) DM6: Presentations/PPT

Course

Instructor

Course

Coordinator

Module

Coordinator HOD

Signature

Name of the Faculty Dr.Murahari

Kolli

Dr.Murahari

Kolli

Mr.J.Subba

Rao Dr. Pichi Reddy

1. PRE-REQUISITES:-Basic Management Principles, Engineering Mathematics

2.COURSE EDUCATIONAL OBJECTIVES (CEOs):

The objective of this course is to introduce the concepts of formulating an engineering problem

into a mathematical model to develop an optimal solution.

3.COURSE OUTCOMES (COs):

After completion of the course student will be able to:

CO 1: Apply linear programming approach for optimizing the objectives of industrial oriented

problems.

CO 2: Formulate and solve Transportation Models and assignment Models

CO 3: Implement the strategies in competitive situations and Identify the replacement period

of the equipment.

CO 4: Analyze the waiting situations in an organization.

CO 5: Determine the optimum inventory level and resolve the complex problem into simple

problems by dynamic programming approach and apply optimum strategies.


Course

Code COs

Programme Outcomes PSOs


S329

CO1 3 3 3 2 3 3 3 3

CO2 3 3 1 2 1 3 3 3

CO3 3 3 3 2 1 3 3 3

CO4 3 2 3 2 3 1 3 3

CO5 2 3 3 2 1 1 3 3

1 = Slightly correlated (Low) 2 = Moderately correlated (Medium) 3-Substantially correlated (High)

5.Course Delivery Plan:

Name:J Subba Reddy, Associate Professor Course: V-Sem (III yr B.Tech) Section: A


No. of Classes

Date DM As per the Schedule

Taken

UNIT – I : INTRODUCTION to OR, LINEAR PROGRAMMING PROBLEM

1 INTRODUCTION: Introduction to Operations Research

1 20-06-2017 DM 1

2 operations research models, applications 1 22-06-2017 DM 1

3 Linear Programming Problem (LPP): Linear Programming Problem Formulation

1 23-06-2017 DM 1

4 Numericals 1 24-06-2017 DM 1

5 Tutorial I, Quiz I 1 27-06-2017 DM2 /DM4

6 LPP: Graphical Method, Numericals 1 29-06-2017 DM 1

7 Graphical solution for Special Cases of LPP 1 30-06-2017 DM 1

8 Simplex Method, Numericals 1 01-07-2017 DM 1

Department: MECH Program: B.Tech

Course: OPERATIONS RESEARCH(S329)

SEM: V-A sec Academic Year: 2017-18

LESSON PLAN


10 Big M Method (Artificial Variable Technique) 1 06-07-2017 DM 1

11 Numericals 1 07-07-2017 DM 1

12 Two Phase Simplex Method (Artificial Variable Technique)

1 08-07-2017 DM 1

13 Tutorial II, Quiz II 1 11-07-2017 DM2 /DM4

14 Numericals 1 13-07-2017 DM 1

15 Duality Principle 1 14-07-2017 DM 1

16 Numericals 1 15-07-2017 DM 1

17 Tutorial III, Quiz III 1

18-07-2017 DM2 /DM4


UNIT-II

18 TRANSPORTATION PROBLEM (TP) : Introduction to TP, Terminology, Formulation

1 20-07-2017 DM 1

19 Standard form, Unbalanced T P, Numericals 1 21-07-2017 DM 1

20 Initial Basic Feasible Solution to TP: North West Corner Method, Least Cost Entry Method, Vogel’s Approximation Method (VAM)

1 22-07-2017 DM 1

21 Tutorial IV, Quiz IV 1 25-07-2017 DM2 /DM4

22 Test for Optimality: Stepping Stone Method, Modified Distribution Method (MODI Method)

1 27-07-2017 DM 1

23 Numericals 1 28-07-2017 DM 1

24 Degeneracy in TP, Numericals 1 29-07-2017 DM 1

25 ASSIGNMENT PROBLEM (AP):Introduction to AP, Terminology; Tutorial V, Quiz V

1 01-08-2017 DM1, DM2 /DM4

26 Variants of Assignment Problem 1 03-08-2017 DM 1

27 Optimal Solution, Numericals 1 04-08-2017 DM 1

28 Travelling Salesmen Problem, Numericals 1

05-08-2017 DM 1


29

MID-I

08-08-2017

30

10-08-2017

31

11-08-2017

32

12-08-2017

UNIT-III

33 GAMES THEORY: Introduction to Games Theory, Terminology

1 17-08-2017 DM 1

34 Minimax or Maxmini Criterion, Optimal Strategy 1 18-08-2017 DM 1

35 Solution of games with saddle point 1 19-08-2017 DM 1

36 Tutorial VI, Quiz VI 1 22-08-2017 DM2 /DM4

37 Rectangular games without saddle point, Numericals

1 24-08-2017 DM 1

38 mx2, 2xn, mxn games, Dominance Principle, Numericals

1 25-08-2017 DM 1

39 Graphical approach, Numericals 1 26-08-2017 DM 1

40 Tutorial VII, Quiz VII 1 29-08-2017 DM2 /DM4

41

THEORY OF REPLACEMENT: Introduction, Replacement of Equipment that Deteriorates Gradually, Numericals

1 31-08-2017 DM 1

42 Replacement of Equipment that fails 1 01-09-2017 DM 1

suddenly, Numericals

43 Group Replacement Policy, Numericals 1 02-09-2017 1

44 Tutorial VIII, Quiz VIII 1 05-09-2017 DM2 /DM4


UNIT-IV

45 WAITING LINES: Introduction to Queuing Theory

1 07-09-2017 DM 1

46

Single Channel – Poisson arrivals – exponential service times – with infinite population, Derivation, Numericals

1 08-09-2017 DM 1

47

Single Channel – Poisson arrivals – exponential service times – with finite population, Numericals

1 09-09-2017 DM 1

48 Tutorial IX, Quiz IX 1 12-09-2017 DM2 /DM4

49

INVENTORY MODELS: Introduction to Inventory, Inventory control, Terminology, Economic Order Quantity (EOQ), Numericals

1 14-09-2017 DM 1

50

Deterministic models –– Instantaneous production, finite production, continuous demand, no set up cost, shortages are not allowed, Derivation, Numericals

1 15-09-2017 DM 1

51 Purchase inventory models with one price break and multiple price breaks, Numericals

1 16-09-2017 DM 1

52 Tutorial X, Quiz X 1 19-09-2017 DM2 /DM4

53 Numericals 1 21-09-2017 DM 1


UNIT-V

54 DYNAMIC PROGRAMMING (DP): Introduction to DP

1 22-09-2017 DM 1

55 Bellman’s Principle of Optimality, Applications of Dynamic Programming

1 23-09-2017 DM 1

56 Tutorial XI, Quiz XI 1 26-09-2017 DM2 /DM4

57 Capital Budgeting Problem, Numericals 1 28-09-2017 DM 1

58 Shortest Path Problem, Numericals 1 29-09-2017 DM 1

59 Linear Programming Problem, Numericals 1 30-09-2017 DM 1

60 Tutorial XII, Quiz XII 1 03-10-2017 DM2 /DM4

61 INTRODUCTION TO OPTIMIZATION: Introduction 1 05-10-2017 DM 1

62 Engineering Applications of Optimization 1 06-10-2017 DM 1

63

Problem Statement, Design Vector, Design Constraints, Constraints Surface, Objective Function, Objective Function Surfaces, Numericals

1 07-10-2017

DM 1

64 Tutorial XIII, Quiz XIII 1 10-10-2017 DM2 /DM4

65 Classification of Optimization Problems 1

12-10-2017 DM 1

66 Optimization Techniques: Introduction, Single Variable Optimization

1

13-10-2017 DM 1

67 Numericals 1

14-10-2017 DM 1


68

17-10-2017

69 MID-II

19-10-2017

70

20-10-2017

71

21-10-2017


Delivery Methods (DM): DM1: Lecture interspersed with discussions/BB

DM4: Assignment/Test

DM2: Tutorial

DM5: Demonstration (laboratory, field visit)

DM3: Lecture with a Quiz

DM6: Presentations/PPT


Coordinator

Module

Coordinator

Programme

Coordinator HOD

Signature

Name of the

Faculty J. Subba Reddy B. Chaitanya J. Subba Reddy Dr. P. Ravindra Kumar Dr. S. Pichi Reddy

1. Pre-requisites: Thermodynamics


To understand the engine working principles and to know the environmental and fuel economy

challenges facing the internal combustion engine. To understand the gas turbine and jet

propulsion and rocket theory.

3. Course Outcomes (COs): At the end of the course, the student will be able to

:

CO1: Identify various components and functioning of IC Engines, Gas-turbines and

Jet-propulsion systems.

CO2: Analyze the behaviour of IC Engines and Gas-turbines using Air/fuel, Air-

standard, Actual and Brayton cycles.

CO3: Test the performance of IC engines and gas turbines through thermodynamic

cycles.

CO4: Analyze combustion characteristics and select different combustion chambers for

IC engines.

CO5: Comprehend the need of cooling, lubrication, ignition and fuel supply systems

for efficient operation of IC engines.


Course

Code


1 2 3 4 5 6 7 8 9 10 11 12 1 2 3

T267

CO1 1 1 2 1 3 2 3 1 2

CO2 3 3 1 2 3 3 1 2

CO3 3 1 2 1 2 3 1 2

CO4 1 1 3 2 2 3 1 2

CO5 3 2 1 1 2 3 1 2


Department: Mechanical Program: B.Tech

Course: –IC Engines and Gas Turbines (T267)

SEM: V –B sec Academic Year: 2017-18

LESSON PLAN



Date DM As per the

Schedule

Taken

UNIT-I

1 Introduction to IC Engines &

classification of IC Engines

1 19-06-17 5

2 Basic Engine components and

Nomenclature 1 21-06-17 1,5

3 Working principles of Four stroke

SI and CI Engines 1 23-06-17 1,5

4 Working principles of Two stroke

SI and CI Engines & Tutorial-I 1 24-06-17 3

5 Valve Timing diagrams for Four

stroke Engines 1 28-06-17 1,5

6 Port timing diagrams for Two

stroke engines & Applications of IC

Engines

1

30-06-17 1,5

7 Layout of Fuel supply system for SI

Engine-Simple Carburettor 1

01-07-17 6

8 Fuel supply system for CI Engine-Solid Injection-Individual pump

type-Common rail type only

1

03-07-17 1

9 Tutorial-II 1 05-07-17 3

Number of classes 9

UNIT-II

10 Air-standard cycles: Carnot cycle 1 07-07-17 1

11 Otto cycle & its analysis 1 10-07-17 1

12 Diesel ,Dual cycle & its analysis 1 12-07-17 1

13 Atkinson , Stirling , Ericson Cycles 1 14-07-17 1

14 Brayton cycle and its analysis 1 15-07-17 1

15 Problems on Otto, Diesel and Dual

cycles 1 17-07-17 1

16 Problems on Brayton cycle and

Tutorial-III 1

19-07-17 3

17 Fuel-air cycles and their

significance, composition of

cylinder gases

1

21-07-17 1

18 Dissociation, comparison of air-

standard and fuel-air cycles.

1 22-07-17 1

19 Comparison of air-standard

and actual cycles, time loss factor 1

24-07-17 1

20

Heat loss factor, exhaust blow

down, loss due to rubbing

Friction, actual and fuel-air cycles

of engines.

1

26-07-17 1

21 Cooling systems, Air cooling, Water

cooling, Comparison, Radiators

and cooling fans

1

28-07-17 1,6

22 Lubricating systems, Mist

lubrication, Wet sump lubrication, and Dry sump lubrication system

1

29-07-17 1,6

23 Ignition systems- Battery, Magneto

Ignition systems 1

31-07-17 1,6

24 Electronic Ignition system 1 02-08-17 1,6

25 Tutorial-IV 1 04-08-17 3


Unit-III

26 Introduction, Homogeneous and

Heterogeneous mixture, stages of

combustion in SI engines

1

05-08-17 1

27 Flame front propagation, factors

influencing the flame speed

1 14-08-17 1

28 Abnormal combustion,

phenomenon of knock in SI

engines

1

16-08-17 1,6

29 Effect of engine variables on knock 18-08-17 1,6

30 Combustion chambers for SI

engines- Fuel requirement and fuel

rating

1

19-08-17 6

31 Tutorial-V 1 21-08-17 3

32 Stages of combustion in CI

engines, factors affecting the delay

period

1

23-08-17 1

33 Phenomenon of knock in CI

engines, comparison of knock

in SI and CI engines

1

26-08-17 6


engines-I

1 28-08-17 6


engines-II and Fuel requirement,

fuel rating

1

30-08-17 1,6

36 Tutorial-VI 1 01-09-17 3


UNIT-IV

37 Introduction, Parameters of

performance- Measurement of Fuel

consumption, Air intake

1

04-09-17 1

38 Measurement of Brake power, Determination of Frictional

power and Indicated power

1 06-09-17 1,5

39 Performance tests & Performance

Characteristic Curves

1 08-09-17 1,5

40 Heat Balance sheet and Tutorial-

VII

1 11-09-17 5,3

41 Problems on Engine performance-I 1 13-09-17 1

42 Problems on Engine performance-II 1 15-09-17 1

43 Problems on Morse Test 1 16-09-17 1

44 Problems on Heat Balance sheet-I 1 18-09-17 1

45 Problems on Heat Balance sheet-II 20-09-17 1

46 Tutorial-VIII 1 22-09-17 3


UNIT-V

47 Gas turbine plant and Its

Components, Classification

23-09-17 6

48 Analysis of Closed and Open cycle

Gas Turbine plants

25-09-17 1,6

49 Methods of improving

performance- Intercooler

27-09-17 1,6

50 Regeneration and Reheating 02-10-17 6

51 Applications of Gas-Turbine plant

and Tutorial-IX

04-10-17 3

52 Introduction of Jet Propulsion-

Qualitative treatment of Turbojet, Turbo Fan

06-10-17 1,6

53 Turboprop, Ramjet, applications 07-10-17 1,6

54 Tutorial-X 09-10-17 3

Number of classes 8

55 Contents beyond syllabus 11-10-17

56 Revision 13-10-17





Course

Instructor

Course

Coordinator

Module

Coordinator HOD

Signature

Name of the

Faculty A.Naresh Kumar A.Naresh Kumar Dr.P.Vijay Kumar Dr.S.Pichi Reddy

1. Pre-requisites: Engineering Mechanics, Mechanics of Materials


The main objective of this course is to familiarize the steps involved

in the design process of various machine elements.


CO1 : Formulate and analyze stresses and strains in machine elements and structures subjected

to static loads.

CO2 : Analyze the failure criterion of mechanical parts under fatigue loads.

CO3 : Comprehend the design of permanent joints subjected to various loads.

CO4: Analyze the temporary joint members subjected to axial and eccentric loads

CO5 : Design shafts and shaft couplings for various engineering applications


Course

Code


1 2 3 4 5 6 7 8 9 10 11 12 1 2 3

S 291

CO1 3 2 3 1 3

CO2 3 2 3 1 3

CO3 3 1 3 1 3

CO4 3 1 3 1 3

CO5 3 1 3 1 3


Department: Mechanical Engineering Program: B.Tech

Course : Machine Design-I (S291)

SEM: V (B Section) Academic Year : 2017-18

LESSON PLAN

5.Course Delivery Plan:


Date DM As per the

Schedule

Taken

Unit-1

1 Design - Introduction 1 21/06/2017 1,2

2 Machine Design-Introduction&

Basic Procedure

1 22/06/2017 1,2

3 Basic requirements of machine

elements and Design of Machine

Elements

1 23/06/2017 1,2

4 Design analysis-Design synthesis

Introduction to Indian standards

Introduction to Indian standards-

Introduction to Indian standards-

1 24/06/2017 1,2

5 Selection of Preferred sizes & Modes

of failure – Factor of safety

1 28/06/2017 1,2

6 Stress-strain relationship, Shear stress

and shear strain, Stresses due to

bending moment

1

29/06/2017 1,2

7 Stresses due to torsional moment

Eccentric axial loading

1 30/06/2017 1,2

8 Tutorial-1 1 01/07/2017 3

9 Theories of elastic failure –

Introduction and principal stresses

1 05/07/2017 1

10 Maximum principal stress theory 1 06/07/2017 1

11 Maximum Shear stress theory 1 07/07/2017 1

12 Distortion energy theory 1 12/07/2017 1

13 Tuttorial-2 & Quiz-1 1 13/07/2017 3,4


---------------

Unit-II

14 Stress concentration -

Stress concentration factors

1 14/07/2017 1,2

15 Reduction of stress concentration

Fluctuating stresses - Fatigue failure

1 15/07/2017 1,2

16 Endurance limit –

Low cycle and high cycle fatigue-

Notch sensitivity

1

19/07/2017 1,2

17 Endurance limit - Approximate

estimation & Introduction to reversed

stresses

1

20/07/2017 1,2

18 Reversed stresses and Design for

infinite life

1 21/07/2017 1

19 Tutorial-1 1 22/07/2017 3

20 Soderberg and Goodman lines-

Modified Goodman line

1

26/07/2017 1

21 Infinite Life Problems under

fluctuating loads

1 27/07/2017 1

22 Infinite Life Problems under

fluctuating loads

1 28/07/2017 1

23 Gerber equation and Fatigue design

under combined stresses

1

29/07/2017 1

24 Fatigue design under combined

stresses

1 02/08/2017 1

25 Tutorial-4 & Quiz-2 1 03/08/2017 3,4

Number of classes 12 ----------------

Unit-III

26 Types of riveted joint-Types of

failures

1

04/08/2017 1,2

27 Strength equation, Efficiency of

riveted joint

1 05/08/2017 1,2

28 Eccentrically loaded riveted joints 1 16/08/2017 1

29 Eccentrically loaded riveted joints-

Poblems

1 17/08/2017 1

30 Tutorial-5 1 18/08/2017 3

31 Introduction to welding joints

Butt joints-Fillet joints

1 19/08/2017 1,2

32 Strength of butt welds- Strength of

parallel fillet welds

1 23/08/2017 1,2

33 Strength of transverse fillet welds

Maximum shear stress in parallel

fillet welds

1

24/08/2017 1

34 Maximum shear stress in transverse

fillet welds

1 26/08/2017 1

35 Axially loaded unsymmetrical

Welded joints

1 30/08/2017 1

36 Welded joint subjected to bending

moment

1 31/08/2017 1

37 Tutorial-6 & Quiz-3 1 01/09/2017 3,4


Unit-IV

38 Threaded joints -Terminology of

screw threads and Bolted joints

1 06/09/2017 1,2

39 Eccentrically loaded bolted joints in

shear

1 07/09/2017 1

40 Eccentrically loaded bolted joints in

shear

1 08/09/2017 1

41 Eccentric load perpendicular to axis

of bolt

1 09/09/2017 1

42 Bolts of uniform strength 1 13/09/2017 6

43 Tutorial-7 1 14/09/2017 3

44 Design of square and flat keys-types,

Design of Socket and

Spigot cotter joint

1 15/09/2017 1,2

45 Design of Cotter joints 1 16/09/2017 1,2

46 Design of Knuckle joint-Failures 1 20/09/2017 1,2

47 Tutorial-8 & Quiz-4 1 21/09/2017 3,4

Number of classes 10 ---------------

Unit-V

48 Introduction to transmission shafts

Shaft design on strength basis

1 22/09/2017 1,2

49 Shaft design on strength basis 1 23/09/2017 1,2

50 Shaft design on torsional rigidity

basis

1 27/09/2017 1

51 ASME code for shaft design 1 28/09/2017 1

52 Design of hollow shaft on strength

and torsional rigidity basis

1 29/09/2017 1

53 Design of hollow shaft on strength

and torsional rigidity basis

1 04/10/2017 1

54 Tutorial-9 1 05/10/2017 3

55 Flange coupling- Muff coupling 1 06/10/2017 1,2

56 Clamp coupling 1 07/10/2017 1,2

57 Bushed pin flexible coupling 1 11/10/2017 1,2

58 Tutorial-10 & Quiz-5 1 12/10/2017 1,2


Beyond the syllabus

59 Introduction to product design and

Development

1 13/10/2017 2

60 Design for Manufacturing and

Assembly

1 14/10/2017 2

TOTAL NUMBER OF CLASSES 60 ---------------


1.Chalk & Talk 2. ICT Tools 3. Tutorial 4. Assignment/Test/Quiz


Course

Instructor

Course

Coordinator

Module

Coordinator HOD

Signature

Name of the

Faculty V.VENKATESU K.V.VISWANADH

B.SUDHEER

KUMAR Dr. S.PICHI REDDY

6. Pre-requisites: Engineering Mechanics, Kinematics of machines


The main objective of this course is to familiarize the standard mechanisms

used for speed control and stability control & the effect of dynamics of

undesirable vibrations


CO1: Characterize the clutches, brakes and dynamometers & Analyze the gyroscopic effects on different vehicles.

CO2: Analyze the dynamic force of slider crank mechanisms and energy storage in the flywheels.

CO3: Analyze the speed regulations in centrifugal governors. CO4: Analyze the balancing of the moving parts statically and dynamically. CO5: Apply the basic concepts of vibrations in various mechanical systems.


Course

Code



S203

CO1 3 2 3 1 3

CO2 3 2 3 1 3

CO3 3 2 3 1 3

CO4 3 2 3 3 1 3

CO5 3 2 3 3 1 3




No.of Classes

Tentative

Date DM As per

the

Schedule

Taken

UNIT-I

1

Introduction to Dynamics of machines -

Course Educational Objectives (CEO’s) and Course Outcomes (CO’s).

1 20-06-2017 1

2 Introduction to clutches- Single plate

clutch and Multi plate clutch -working 1 21-06-2017 1,2

Department: MECHANICAL ENGINEERING Program: B.Tech

Course : DYNAMICS OF MACHINES (S203)

SEM: V (B-SEC) Academic Year : 2017-18

LESSON PLAN

3

Derivation for frictional torque in single &

multi plate clutch by Uniform pressure

and Uniform wear conditions

1 23-06-2017 1

4 Cone clutch and Centrifugal clutch –

working and derivation 1 24-06-2017 1,2

5 Problems on clutches 1 27-06-2017 1

6 Tutorial-1 1 28-06-2017 3

7 Brakes: Simple block brakes & problems 1 30-06-2017 1,2

8 Band brake & Band and block brakes –

problems 1 01-07-2017 1,2

9 Internal expansion shoe brakes-

derivation 1 04-07-2017 1,2

10 Absorption type dynamometers- working 1 05-07-2017 1,2

11 Transmission type dynamometers –working

1 07-07-2017 1,2

12 Tutorial-2 1 11-07-2017 3

13 Precession: Gyroscopes and introduction 1 12-07-2017 1,2,5

14 Effect of precession on Aero planes &

ships 1 14-07-2017 1,2,5


motor car (four wheeler) 1 15-07-2017 1,2


motor cycle (two wheeler) 1 18-07-2017 1,2

17 Assignment/Quiz -1 1 19-07-2017 4


UNIT-II

18 Introduction about Turning moment 1 21-07-2017 1,2

19 Angular velocity and acceleration of

piston, connecting rod 1 22-07-2017 1,2

20 Engine force analysis-piston and crank effort & Inertia torque of connecting rod

1 25-07-2017 1

21

Introduction to turning moment

diagrams-single and multi-cylinder

engines

1 26-07-2017 1

22 Tutorial-3 1 28-07-2017 3

23 Problems on single cylinder & multi

cylinder engines 1 29-07-2017 1

24 Fluctuation of energy- Problems 1 01-08-2017 1

25 Fly wheels and their design 1 02-08-2017 1

26 Tutorial-4 1 04-08-2017 3

27 Assignment/Quiz -2 1 05-08-2017 4


UNIT-III

28

Governor - introduction, Watt governors

working & Derivation for speed of

governor

1 16-08-2017 1,2,5

29 Porter governor working & derivation 1 18-08-2017 1,2

30 Porter governor Problems 1 19-08-2017 1

31 Tutorial-5 1 22-08-2017 3

32 Proell governor working & derivation 1 23-08-2017 1

33 Hartnell governor working & derivation 1 26-08-2017 1,2

34 Hartnell governor Problems 1 29-08-2017 1

35 Tutorial-6 1 30-08-2017 3

36 Sensitiveness, Isochronism and hunting 1 01-09-2017 1

37 Assignment/Quiz -3 1 02-09-2017 4


UNIT-IV

38 Introduction to Balancing - Balancing of

rotating masses in single plane 1 05-09-2017 1,2

39 Balancing of several masses rotating in

different planes 1 06-09-2017 1,2


41 Tutorial-7 1 09-09-2017 3

42 Primary, secondary balancing of

reciprocating masses. 1 12-09-2017 1,2


44 Unbalanced forces and couples 1 15-09-2017 1

45 Tutorial-8 1 16-09-2017 3

46

Examination of ‘V’ multi cylinder in line

and radial engines for primary and

secondary balancing

1 19-09-2017 1,2

47 Locomotive balancing -Hammer blow,

swaying couple and tractive efforts 1 20-09-2017 1,2

48 Assignment/Quiz -4 1 22-09-2017 3


UNIT-V

49 Introduction & Types of Vibrations 1 23-09-2017 1,5

50

Free longitudinal vibrations-

Displacement, velocity & acceleration of

body due to inertia force

1 26-09-2017 1

51 Inertia effect of the mass of spring-

problems 1 27-09-2017 1

52 Derivations & problems 1 29-09-2017 1

53 Tutorial-9 1 03-10-2017 3

54 Damped vibrations 1 04-10-2017 1

55 Forced vibrations & Forced damped

vibrations 1 06-10-2017 1,5

56 Vibration isolation and transmissibility &

Whirling speed of shafts 1 07-10-2017 1

57 Assignment/Quiz -5 1 10-10-2017 4

Number of classes 9

58 Beyond Syllabus – vibration measuring

instruments & transverse vibrations 1 11-10-2017 5





Course

Instructor

Course

Coordinator Module Coordinator HOD

Signature

Name of the

faculty Ch. Siva Sankara Babu Mr. B. Sudheer Kumar Dr. S.Pichi Reddy

1. Pre-requisites:


In this Course student will learn about-The fundamental concepts and contributions of

management, human resource practices, quality control and project management which plays a

vital role in the organisation, study techniques for increased productivity, human resource

practices and various network techniques.

3. Course Outcomes (COs):

At the end of the course, the student will be able to:

CO1: Apply the fundamental knowledge of management and organization in work environment.

CO2: Analyze different types of plant location and plant layouts.

CO3: Examine the statistical quality control and material management as a process.

CO4: Apply the concepts of HRM and functions of HRM to achieve goals.

CO5: Make use of program evaluation review techniques (PERT) and critical path method for

real time project estimation.


Course

Code


1 2 3 4 5 6 7 8 9 10 11 12 1 2 3

S269

CO1 3 1 2 1 3 1 2 1 3

CO2 1 1 1 2 2 1

CO3 1 2 2 2 3 2 1 3

CO4 2 1 1 1 1 3 1 1 1

CO5 3 1 1 1 1 1 1



Course: –Industrial Management (S270)

SEM: V- B sec Academic Year:

2017-18

LESSON PLAN



No. of Classes

Date DM As per the

Schedule Taken

UNIT-1

1

Introduction to Management: Definition,

Nature of management 1 6/19/2017 1,2

2 Importance and Functions of Management 1 6/20/2017 1,2

3 Taylor’s Scientific Management Theory 1 6/20/2017 1,2

4 Fayol’s Principles of Management 1 6/22/2017 1,2

5 Fayol’s Principles of Management cntd.. 1 6/27/2017 1,2

6 Contribution of Elton Mayo, Maslow 1 6/27/2017 3,4

7

Herzberg, Douglas Mc Gregor,

Assignment test-1 1 6/29/2017 1,2

8

Basic concepts of Organization, Authority,

Responsibility, Delegation of Authority 1 7/3/2017 1,2

9

Span of Control, Departmentation and

Decentralization 1 7/4/2017 1,2

10

Organization Structures: Line

organization,functional organization 1 7/4/2017 1,2

11

Line and staff organization, Committee

organization 1 7/7/2017 1,2

12

Matrix organization, review of

oraganisation structure 1 7/10/2017 1,2

13 unit-1 revision, Assignment test-2 1 7/11/2017 3,4


UNIT-II

14

Introduction To Operations

Management 1 7/11/2017 1,2

15

Plant Location, Factors influencing

location 1 7/13/2017 1,2

16 Principles of Plant Layouts 1 7/17/2017 1,2

17 Types of Plant Layouts 1 7/18/2017 1,2

18 Types of Plant Layouts cntd.. 1 7/18/2017 1,2

19

Methods of production: batch and Mass

Production 1 7/20/2017 1,2

20 Methods of production: Job Production 1 7/24/2017 1,2

21 Work Study 1 7/25/2017 1,2

22 Work Study cntd.. 1 7/25/2017 1,2

23 Work Study 1 7/27/2017 1,2

24 Basic procedure involved in Method Study 1 7/31/2017 1,2

25 Work Measurement 1 8/1/2017 1,2

26 Revision, Problems 1 8/1/2017 1,2

27 Problems, Assignment test-3 1 8/3/2017 3,4


28

MID-1

8/7/2017

29 8/8/2017

30 8/8/2017

31 8/10/2017

UNIT-III

32 Introduction to Quality Management 1 8/14/2017 1,2

33

Statistical Quality Control-Meaning,

Basics variables and attributes 1 8/17/2017 1,2

34 Control charts: X chart, R chart, 1 8/21/2017 1,2

35 Control charts: C chart, P chart 1 8/22/2017 1,2

36 Acceptance Sampling and Sampling plans 1 8/22/2017 1,2

37 Deming’s contribution to quality 1 8/24/2017 1,2

38

Introduction to Materials Management-

Objectives 1 8/28/2017 1,2

39

Need for Inventory control, Purchase

Procedure 1 8/29/2017 1,2

40 Store records and its types EOQ 1 8/29/2017 1,2

41 ABC Analysis 1 8/31/2017 1,2

42 problems, Assignment test-4 1 9/4/2017 3,4

43 stock levels 1 9/5/2017 1,2


UNIT-IV

44

Introduction to Human Resource

Management 1 9/5/2017 1,2

45

Concepts of HRM, Basic functions of HR

Manager 1 9/7/2017 1,2

46 Manpower planning 1 9/11/2017 1,2

47 Recruitment, Selection 1 9/12/2017 1,2

48 Training and Development, Placement 1 9/12/2017 1,2

49 Wage and Salary Administration 1 9/14/2017 1,2

50 Promotion, Transfer, Separation 1 9/18/2017 1,2

51 Performance Appraisal 1 9/19/2017 1,2

52 Job Evaluation and Merit Rating 1 9/19/2017 1,2

53 Revision, Problems, assignmenttest-5 1 9/21/2017 3,4


UNIT-V

54

UNIT: V: Introduction to Project

management 1 9/25/2017 1,2

55 Early techniques in Project Management 1 9/26/2017 1,2

56

Rules to draw network diagram and types

of activities 1 9/26/2017 1,2

57 problems 1 9/28/2017 1,2

58

Critical Path Method (CPM):identifying

critical path 1 10/3/2017 1,2

59 problems 1 10/3/2017 1,2

60

Project Evaluation and Review Technique

(PERT) 1 10/5/2017 1,2

61

Probability of Completing the project

within given time 1 10/9/2017 1,2

62 Problems, assignment test-6 1 10/10/2017 3,4

63 Project Cost Analysis 1 10/10/2017 1,2

64 Project Crashing, Problems 1 10/12/2017 3,4


65 10/16/2017

66 MID-II 10/17/2017

67 10/17/2017

68 10/19/2017



1. Chalk & Talk 2. PPT 3. Tutorial 4. Assignment/Test/Quiz

Course Instructor Course Coordinator Module Coordinator HOD

Signature

Name of the

Faculty

1. Pre-requisites: Basic concepts of Engineering Drawing, Production Technology, Materials and Metallurgy.


To enable the learners to gain knowledge about metal cutting operation, tool nomenclature, tool geometry

and the various operations performed on machine tools for manufacturing of engineering objects to produce the

desired shape, size, accuracy; finish etc. and also students able to understand the basic concepts of Jigs and fixtures

designs.


CO1: Comprehend the basic principles of metal cutting and analyze the forces in machining.

CO2: Understand detailed working and applications of lathe

CO3: Comprehend the detailed working principle and applications on shaper, slotter, planar, drilling and boring

machines

CO4: Relate the knowledge of milling and grinding operations with manufacturing industry

CO5: Identify various kinds of finishing processes and different kinds of holding and guiding mechanisms.


Course

Code



S308

CO1 3 3 2 3 3 1 3 3 3

CO2 3 1 2 1 2 3 1 3 3 2

CO3 3 1 2 1 3 1 3 3 2

CO4 3 1 2 2 3 1 3 3 2

CO5 3 1 2 1 1 3 1 3 3 1


Department: Mechanical Program: UG (B.Tech)

Course: S308 Metal Cutting and Machine Tools

SEM: V (Section – B) Academic Year: 2017-18

LESSON PLAN



Date DM As per

the

Schedule

Taken

Unit-1

1 Metal cutting and Machine tools, COs and POs PEOs 1 19/6/2017 DM1/DM6

2 Introduction, Classification of Machine tools 1 20/6/2017 DM1/DM6

3 Basic elements of Metal cutting, Methods of Metal

Cutting

1 21/6/2017 DM1/DM6

4 Classification of Cutting Tools 1 24/6/2017 DM1/DM6

5 Cutting tool materials 1 27/6/2017 DM1/DM6

6 Geometry of Single Point Cutting Tool 1 28/6/2017 DM1/DM6

7 Mechanism of Metal cutting 1 1/7/2017 DM1/DM6

8 Types of chips and Chip breakers 1 3/7/2017 DM1/DM6

9 measurement of chip thickness ratio, shear angle 1 4/7/2017 DM1/DM6

10 Tutorial - I 1 5/7/2017 DM2 / DM4

11 measurement of cutting forces, velocity diagrams 1 8/7/2017 DM1/DM6

12 Merchant’s Force diagram 1 10/7/2017 DM1/DM6


14 Machining parameters - Tool Life, related problems 1 12/7/2017 DM1/DM6

15 Work done in cutting. Metal cutting theories 1 15/7/2017 DM1/DM6

16 Tool Failure 1 17/7/2017 DM1/DM6

17 Cutting fluids 1 18/7/2017 DM1/DM6

18 Tutorial – II, Quiz – I, Assignment - I 1 19/7/2017 DM2 / DM4


Unit-II

19 Introduction, Principle of working 1 22/7/2017 DM1/DM6

20 Specification of lathe, classification of Lathes 1 24/7/2017 DM1/DM6

21 Lathe accessories, Tool holding, 1 25/7/2017 DM1/DM6

22 Work holding and Special attachments 1 26/7/2017 DM1/DM6

23 Lathe Operations, Tutorial – III 1 29/7/2017 DM2 / DM4/

DM6 24 Taper turning methods, Thread turning methodology 1 31/7/2017

DM1/DM6

25 Turret and Capstan Lathes: Introduction 1 1/8/2017 DM1/DM6

26 Principle of working -Collet chucks 1 2/8/2017 DM1/DM6

27 Other work and tool holding devices 1 5/8/2017 DM1/DM6

28 Box and tool layout, Assignment – II, Quiz-II 1 14/8/2017

DM2 / DM4/

DM6


I MID EXAMINATIONS (7/8/2017-12/8/2017)

Unit-III

29 Introduction to reciprocating machines, Planning 1 16/8/2017 DM1/DM6


31 classification 1 21/8/2017 DM1/DM6

32 Operations performed, Machining time calculations 1 22/8/2017 DM1/DM6


34 Tutorial - IV 1 26/8/2017 DM2 / DM4

35 Drilling and Boring Machines : Introduction 1 28/8/2017 DM1/DM6


37 Types of drilling machines, boring machines 1 30/8/2017 DM1/DM6

38 operations performed 1 4/9/2017 DM1/DM6

39 Tool holding devices, Twist drill 1 5/9/2017 DM1/DM6

40 Boring machines, Fine boring machines 1 6/9/2017 DM1/DM6

41 Deep hole drilling machine 1 9/9/2017 DM1/DM6

42 Tutorial – V, Assignment – III, Quiz-III 1 11/9/2017 DM2 / DM4


Unit-IV

43 Principle of working – Specifications 1 12/9/2017 DM1/DM6

44 Classifications of milling machines, Principal features of

horizontal, vertical and universal milling machines

1 13/9/2017 DM1/DM6

45 Methods of operations, various types of operations 1 1/9/2017 DM1/DM6

46 Geometry of milling cutters 1 16/9/2017 DM1/DM6

47 Types of Milling cutters 1 18/9/2017 DM1/DM6

48 Methods of indexing – Accessories to milling machines 1 19/9/2017 DM1/DM6

49 Tutorial – VI, Assignment – IV, Grinding Machines:

Introduction,

1 20/9/2017 DM2 / DM4/DM6

50 Fundamentals – Theory of grinding, Classification of

grinding machine

1 23/9/2017 DM1/DM6

51 Grinding wheel description, Types of Abrasive materials

and signatures

1 25/9/2017 DM1/DM6

52 Cylindrical and surface grinding machine 1 26/9/2017 DM1/DM6

53 Tool and cutter grinding machine 1 27/9/2017 DM1/DM6

54 special types of grinding machines, Quiz-IV 1 3/10/2017 DM2 / DM4/DM6


Unit-IV

55 Introduction to super finishing processes, Types 1 4/10/2017 DM1/DM6

56 Working Principle, Comparison to grinding – lapping and

honing

1 7/10/2017 DM1/DM6

57 Constructional features, Speed, Feed, DC and M/C 1 9/10/2017 DM1/DM6

58 Tutorial - VII and Assignment – V 1 10/10/2017 DM2 / DM4/DM6

59 Definitions of Jig and Fixture, comparisons and

classifications, Principles of design of Jigs and fixtures

1 11/10/2017 DM1/DM6

60 Types of clamping & work holding devices. Typical

examples of jigs and fixtures, Tutorial - XIV , Quiz – V,

Assignment - VI

1

14/10/2017 DM1/DM6

II MID EXAMINATIONS (16/10/2017-21/10/2017)

Number of classes 6



NOTE: DELIVERY METHODS (DM):

DM1: Lecture interspersed with discussions/BB DM2: Tutorial

DM3: Lecture with a Quiz DM4: Assignment/Test

DM5: Demonstration (laboratory, field visit) DM6: Presentations/PPT

Course

Instructor Course Coordinator

Module

Coordinator HOD

Signature

Name of the Faculty Dr.Murahari

Kolli

Dr.Murahari

Kolli Mr.J.Subba Rao Dr. Pichi Reddy

1. PRE-REQUISITES:- Basic Management Principles, Engineering Mathematics

2. COURSE EDUCATIONAL OBJECTIVES (CEOs):

The objective of this course is to introduce the concepts of formulating an engineering problem

into a mathematical model to develop an optimal solution.

3. COURSE OUTCOMES (COs):

After completion of the course student will be able to:

CO 1: Apply linear programming approach for optimizing the objectives of industrial oriented

problems.

CO 2: Formulate and solve Transportation Models and assignment Models

CO 3: Implement the strategies in competitive situations and Identify the replacement period

of the equipment.

CO 4: Analyze the waiting situations in an organization.

CO 5: Determine the optimum inventory level and resolve the complex problem into simple

problems by dynamic programming approach and apply optimum strategies.


Course

Code COs

Programme Outcomes PSOs


S329

CO1 3 3 3 2 3 3 3 3

CO2 3 3 1 2 1 3 3 3

CO3 3 3 3 2 1 3 3 3

CO4 3 2 3 2 3 1 3 3

CO5 2 3 3 2 1 1 3 3

1 = Slightly correlated (Low) 2 = Moderately correlated (Medium) 3-Substantially correlated (High)


Name: J Subba Reddy, Associate Professor Course: V-Sem (III yr B.Tech) Section: A


No. of Classes

Date DM As per the Schedule

Taken

UNIT – I : INTRODUCTION to OR, LINEAR PROGRAMMING PROBLEM

1 INTRODUCTION : Introduction to Operations Research

1 20-06-2017 DM 1

2 operations research models, applications 1 22-06-2017 DM 1

3 Linear Programming Problem (LPP): Linear Programming Problem Formulation

1 23-06-2017 DM 1


5 Tutorial I, Quiz I 1 27-06-2017 DM2 / DM4

6 LPP: Graphical Method, Numericals 1 29-06-2017 DM 1

7 Graphical solution for Special Cases of LPP 1 30-06-2017 DM 1

8 Simplex Method, Numericals 1 01-07-2017 DM 1


Course: OPERATIONS RESEARCH (S329)

SEM: V- B sec Academic Year:

2017-18

LESSON PLAN


10 Big M Method (Artificial Variable Technique) 1 06-07-2017 DM 1

11 Numericals 1 07-07-2017 DM 1

12 Two Phase Simplex Method (Artificial Variable Technique)

1 08-07-2017 DM 1

13 Tutorial II, Quiz II 1 11-07-2017 DM2 / DM4

14 Numericals 1 13-07-2017 DM 1

15 Duality Principle 1 14-07-2017 DM 1

16 Numericals 1 15-07-2017 DM 1

17 Tutorial III, Quiz III 1

18-07-2017 DM2 / DM4


UNIT-II

18 TRANSPORTATION PROBLEM (TP) : Introduction to TP, Terminology, Formulation

1 20-07-2017 DM 1

19 Standard form, Unbalanced T P, Numericals 1 21-07-2017 DM 1

20 Initial Basic Feasible Solution to TP: North West Corner Method, Least Cost Entry Method, Vogel’s Approximation Method (VAM)

1 22-07-2017 DM 1

21 Tutorial IV, Quiz IV 1 25-07-2017 DM2 / DM4

22 Test for Optimality: Stepping Stone Method, Modified Distribution Method (MODI Method)

1 27-07-2017 DM 1

23 Numericals 1 28-07-2017 DM 1

24 Degeneracy in TP, Numericals 1 29-07-2017 DM 1

25 ASSIGNMENT PROBLEM (AP): Introduction to AP, Terminology; Tutorial V, Quiz V

1 01-08-2017 DM1, DM2 / DM4

26 Variants of Assignment Problem 1 03-08-2017 DM 1

27 Optimal Solution, Numericals 1 04-08-2017 DM 1

28 Travelling Salesmen Problem, Numericals 1

05-08-2017 DM 1


29

MID-I

08-08-2017

30

10-08-2017

31

11-08-2017

32

12-08-2017

UNIT-III

33 GAMES THEORY: Introduction to Games Theory, Terminology

1 17-08-2017 DM 1

34 Minimax or Maxmini Criterion, Optimal Strategy 1 18-08-2017 DM 1

35 Solution of games with saddle point 1 19-08-2017 DM 1

36 Tutorial VI, Quiz VI 1 22-08-2017 DM2 / DM4

37 Rectangular games without saddle point, Numericals

1 24-08-2017 DM 1

38 mx2, 2xn, mxn games, Dominance Principle, Numericals

1 25-08-2017 DM 1

39 Graphical approach, Numericals 1 26-08-2017 DM 1

40 Tutorial VII, Quiz VII 1 29-08-2017 DM2 / DM4

41

THEORY OF REPLACEMENT: Introduction, Replacement of Equipment that Deteriorates Gradually, Numericals

1 31-08-2017 DM 1

42 Replacement of Equipment that fails 1 01-09-2017 DM 1

suddenly, Numericals

43 Group Replacement Policy, Numericals 1 02-09-2017 1

44 Tutorial VIII, Quiz VIII 1 05-09-2017 DM2 / DM4


UNIT-IV

45 WAITING LINES: Introduction to Queuing Theory

1 07-09-2017 DM 1

46

Single Channel – Poisson arrivals – exponential service times – with infinite population, Derivation, Numericals

1 08-09-2017 DM 1

47

Single Channel – Poisson arrivals – exponential service times – with finite population, Numericals

1 09-09-2017 DM 1

48 Tutorial IX, Quiz IX 1 12-09-2017 DM2 / DM4

49

INVENTORY MODELS: Introduction to Inventory, Inventory control, Terminology, Economic Order Quantity (EOQ), Numericals

1 14-09-2017 DM 1

50

Deterministic models –– Instantaneous production, finite production, continuous demand, no set up cost, shortages are not allowed, Derivation, Numericals

1 15-09-2017 DM 1

51 Purchase inventory models with one price break and multiple price breaks, Numericals

1 16-09-2017 DM 1

52 Tutorial X, Quiz X 1 19-09-2017 DM2 / DM4

53 Numericals 1 21-09-2017 DM 1


UNIT-V

54 DYNAMIC PROGRAMMING (DP): Introduction to DP

1 22-09-2017 DM 1

55 Bellman’s Principle of Optimality, Applications of Dynamic Programming

1 23-09-2017 DM 1

56 Tutorial XI, Quiz XI 1 26-09-2017 DM2 / DM4

57 Capital Budgeting Problem, Numericals 1 28-09-2017 DM 1

58 Shortest Path Problem, Numericals 1 29-09-2017 DM 1

59 Linear Programming Problem, Numericals 1 30-09-2017 DM 1

60 Tutorial XII, Quiz XII 1 03-10-2017 DM2 / DM4

61 INTRODUCTION TO OPTIMIZATION: Introduction 1 05-10-2017 DM 1

62 Engineering Applications of Optimization 1 06-10-2017 DM 1

63

Problem Statement, Design Vector, Design Constraints, Constraints Surface, Objective Function, Objective Function Surfaces, Numericals

1 07-10-2017

DM 1

64 Tutorial XIII, Quiz XIII 1 10-10-2017 DM2 / DM4

65 Classification of Optimization Problems 1

12-10-2017 DM 1

66 Optimization Techniques: Introduction, Single Variable Optimization

1

13-10-2017 DM 1

67 Numericals 1

14-10-2017 DM 1


68

17-10-2017

69 MID-II

19-10-2017

70

20-10-2017

71

21-10-2017


Delivery Methods (DM): DM1: Lecture interspersed with discussions/BB

DM4: Assignment/Test

DM2: Tutorial

DM5: Demonstration (laboratory, field visit)

DM3: Lecture with a Quiz

DM6: Presentations/PPT


Coordinator

Module

Coordinator

Programme

Coordinator HOD

Signature

Name of the

Faculty B. Chaitanya B. Chaitanya J. Subba Reddy Dr. P. Ravindra Kumar Dr. S. Pichi Reddy

Department: Mechanical Program: B.Tech Course: IC Engines ...

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