lesson plan course code& course name: sem: programme: m

Course Code& Course Name:MTME106-1,Advanced Power Plant Engineering SEM: I Programme: M.Tech Department: MECH

LESSON PLAN

S No. Tentative

Date

Topics to be covered Actual

Date

Num.

of

classes

Content Delivery

Methods

UNIT-I

1. 21/09/15 Sources of Energy, Types of power

plants

1 DM1

2. 23/09/15 Direct energy conversion system,

Recent developments

1 DM1,DM6

3. 24/09/15 Combustion of coal, liquid and

gaseous fuels

1 DM1

4. 25/09/15 problems 1 DM1

5. 28/11/15 Volumetric analysis, Gravimetric

analysis. problems

1 DM1

6. 30/11/15 Factors affecting the economics, Load

factor, Utilization factor,

1 DM1,DM6

7. 01/10/15 Performance and operating

characteristics of Power plants

1 DM1

8. 05/10/15 Economic load sharing, Depreciation 1 DM1, DM6

9. 07/10/15 Energy rates 1 DM1,DM6

10. 08/10/15 Specific economic energy problems. 1 DM1

11. 09/10/15 problems 1 DM2

12. 12/10/15 Seminar-1 1 DM6

UNIT-II

13. 14/10/15 Steam Power Plant

:Introduction-General layout of

1 DM1

14. 15/10/15 Power Plant Cycles 1 DM1

15. 16/10/15 Fuel Handling, Combustion

Equipment

1 DM1

16. 26/10/15 Ash handling, 1 DM1

17. 28/10/15 Dust Collectors- ESP, bag houses. 1 DM6

18. 29/10/15 G. T Power PlantsOperating

Principle; Classification

1 DM1

19. 30/10/15 Open Cycle, Closed Cycle, 1 DM1

20. 02/11/15 Analysis of GT plant 1 DM1

21. 04/11/15 Fuels for Gas Turbine Power Plants 1 DM1

22. 05/11/15 Advantages and Limitations. 1 DM1

23. 06/11/15 Seminar-2 1 DM6

UNIT-III

24. 09/11/15 Combined cycle: Types, Working 1 DM1

25. 11/11/15 Cogeneration 1 DM1

26. 12/11/15 Combined Cycle with Gas

production from coal (IGCC)

1 DM1

27. 13/11/15 combined cycles using PFBC-system 1 DM1

28. 16/11/15 Advantages ,Performance and

Future of Combined Cycle 1 DM1


LESSON PLAN

29. 18/11/15 WASTE HEAT RECOVERY

SYSTEMS:- Introduction,

1 DM1

30. 19/11/15 Sources of Waste Heat and Their

Grading

1 DM1

31. 20/11/15 Thermodynamic Cycles for Waste

Heat Recovery,

1 DM1

32. 30/11/15 Thermodynamic Cycles for Waste

Heat Recovery,

1 DM1

33. 02/12/15 Recovery forms and Methods, Other

uses of Waste Heat

1 DM1

34. 03/12/15 Seminar-3 1 DM6

UNIT-IV

35. 04/12/15 PRINCIPLES OF NUCLEAR

ENERGY: Introduction

1 DM1

36. 07/12/15 Atomic structure – Chemical and

Nuclear equations

1 DM1

37. 09/12/15 Energy from Nuclear reactions -

Nuclear Fission and Fusion

1 DM1

38. 10/12/15 Energy from fission 1 DM1

39. 11/12/15 Fuel burn up.

1 DM1

40. 14/12/15 NUCLEAR POWER PLANTS:

Nuclear Reactors-Classification

1 DM1

41. 16/12/15 Types of Reactors 1 DM1

42. 17/12/15 Types of Reactors 1 DM1

43. 18/12/15 Site selection 1 DM1

44. 21/12/15 Methods of Enriching Uranium-

Applications of Nuclear Power Plants.

1 DM2

45. 23/12/15

Nuclear Power Plant Safety: Bi-

Products of Nuclear Power

Generation-

1 DM1

46. 24/12/15 Nuclear Waste Disposal 1 DM1

47. 28/12/15 Future of Nuclear power. 1 DM1

48. 30/12/15 Seminar-4 1 DM6

UNIT-V

49. 31/12/15

POWER PLANT

NSTRUMENTATION:

Classification

1 DM1

50. 04/01/16 Pressure measuring Instruments types-

mechanical, electrical.

1 DM1

51. 06/01/16

Temperature measurement, Types-

expansion thermometers, pressure

thermometers

1 DM1

52. 07/01/16 Tthermocouple, RTD 1 DM1

53. 08/01/16 Radiation and optical pyrometers. 1 DM1


LESSON PLAN

54. 18/01/16 Flue gas analysis-Orsat apparatus. 1 DM1

55. 20/01/16 POLLUTION: Air pollution, 1 DM1

56. 21/01/16 Water pollution 1 DM1

57. 22/01/16 Methods to control pollution. 1 DM1

58. 25/01/16 Acid rain & Acid fog. 1 DM1

59. 27/01/16 Beyond Syllabus 1 DM1

60. 28/01/16 Beyond Syllabus 1 DM1

61. 29/01/16 Revision 1 DM1

Total 61

Total number of classes required to complete the syllabus 58

Total number of classes available as per Schedule 61

NOTE: DELIVERY METHODS : DM1: Lecture interspersed with discussions/BB, DM2: Tutorial,

DM3: Lecture with a quiz, DM4: Assignment/Test, DM5: Demonstration ( laboratory, field visit ),

DM6: Presentations/PPT

At the End of the course, students attained the Course Outcomes:CO1,CO2,CO3,CO4,CO5 & sample proofs

are enclosed in Course file.

Signature

Name of the Faculty Course Co-ordinator HOD

A.V.KRISHNA REDDY

LESSON PLAN

Course Code & Course Name:

Mathematical Methods in Engineering. SEM: I, A.Y. 2015-16

Programme: I M. Tech Department: Mechanical

Engineering

S.

No.

Tentative Date

Topics to be covered Actual Date

Number of

Classes

Delivery Method

1 21/09/15 Course Objective, introduction, their applications

1 DM 1

2 23/09/15 Matrices and its Applications 1 DM 1

3 24/09/15 Introduction to Linear Algebraic Equations

1 DM 1

4 25/09/15 Linear Independence and Dependence

1 DM 1

5 30/09/15 Gauss Elimination Method 1 DM 1

6 01/10/15 Gauss Jordan Method 1 DM 1

7 03/10/15 LU Decomposition Method 1 DM 1

8 05/10/15 Gauss-Jacobi Iteration Method 1 DM 1

9 07/10/15 Gauss-Seidel Iteration Method 1 DM 1

10 08/10/15 Simultaneous Linear Equations 1 DM 1

11 09/10/15 Homogeneous Linear Equations 1 DM 1

12 12/10/15 Introduction to Eigen values and Eigen vectors

1 DM 1

13 14/10/15 Conversion of General Eigen value Problem to Standard Form

1 DM 1


1 DM 1


1 DM 1

16 26/10/15 Finding Eigen Values using Power Method

1 DM 1

17 28/10/15 Finding Eigen Values using Power Method

1 DM 1

18 29/10/15 Finding Eigen Values using Jacobi Method

1 DM 1

19 30/10/15 Finding Eigen Values using Jacobi Method

1 DM 1

20 02/11/15 Solution of Characteristic Polynomial

Equations

1 DM 1

21 04/11/15 Cayley Hamilton Theorem 1 DM 1

22 05/11/15 Cayley Hamilton Theorem 1 DM 1

23 06/11/15 Seminar on Engineering

Applications

1 DM 4

24 09/11/15 Introduction to Numerical Methods 1 DM 1

25 12/11/15 Definition of Derivative 1 DM 1

26 13/11/15 Finite Difference Approximations 1 DM 1



29 19/11/15 Difference Operators 1 DM 1

30 20/11/15 Difference Operators 1 DM 1

31 30/11/15 Approximation of Derivatives using

Difference Operators

1 DM 1

32 02/12/15 Approximation of Derivatives using

Difference Operators

1 DM 1

33 03/12/15 Numerical Integration Introduction 1 DM 1

34 04/12/15 Trapezoidal Rule 1 DM 1

35 07/12/15 Simpson’s 1/3 and 3/8 rule 1 DM 1

36 09/12/15 Weddle’s Rule 1 DM 1

37 10/12/15 Romberg Integration 1 DM 1

38 11/12/15 Romberg Integration 1 DM 1

39 14/12/15 Seminar on Engineering

Applications

1 DM 4

40 16/12/15 Finite Difference Method

Introduction

1 DM 1

41 17/12/15 Boundary Value Problems 1 DM 1

42 18/12/15 Boundary Value Problems 1 DM 1

43 21/12/15 Solving Partial Differential Equations 1 DM 1

44 23/12/15 Method of Separation of Variables 1 DM 1

45 28/12/15 Method of Separation of Variables 1 DM 1

46 30/12/15 Introduction to solving Partial

Differential equations by Numerical Methods

1 DM 1

47 31/12/15 Classification of PDE 1 DM 1

48 04/01/16 Solving of Elliptic Equations by using 5 point formula

1 DM 1


1 DM 1


1 DM 1

51 08/01/16 Solving of Parabolic equation by Bender Schmidt method

1 DM 1

52 18/01/16 Solving of Parabolic equation by Bender Schmidt method

1 DM 1

53 20/01/16 Solving of Parabolic equation by Crank Nicolson method

1 DM 1

54 21/01/16 Solving of Parabolic equation by Crank Nicolson method

1 DM 1

55 22/01/16 Solving Hyperbolic equations using 1 DM 1

finite difference method

56 25/01/16 Solving Hyperbolic equations using finite difference method

1 DM 1

57 27/01/16 Seminar on Engineering Applications

1 DM 4

58 28/01/16 Advanced Topics 1

59 29/01/16 Advanced Topics 1

Total Number of classes available as per academic calendar

59

Total Number of classes required to complete the syllabus

56

NOTE: DELIVERY METHODS (DM) DM 1 : Lecture interspersed with discussions / BB DM2:

Tutorial DM3: Lecture with a quiz DM4: Assignment / quiz / Seminar DM5: Demonstration

(Laboratory, Field visit) DM6: Group Discussion DM7: Group assignment / Project DM8:

Presentation / PPT DM9: Asynchronous Discussion.

At the end of course, students attained the CO1, CO2, CO3, etc……..sample proofs are enclosed in

course file.

Signature

Name of the Faculty Name of the Course Co-ordinator HOD

Dr. K.R. KAVITHA Dr. A. RAMIREDDY

S No. Tentative

Date


Date

Num.

of

classes

Content Delivery

Methods

UNIT-I

1. 22/09/2015 Introduction 1 DM1

2. 23/09/2015 Continuum, hypothesis

3. 24/09/2015 Eulerain and Lagrangian description 1 DM1,DM6

4. 25/09/2015 Derivation of general differential

equations 1 DM1

5. 26/09/2015 Continuity-momentum and energy

equation 1 DM1

6. 29/09/2015 Incompressible flows

7. 30/09/2015 Navier strokes equation for viscous fluids 1 DM1,DM6

8. 01/10/2015 Eulers equation for ideal flows 1 DM1

9. 02/10/2015 Bernoulli’s equation & application 1 DM1, DM6

10. 03/10/2015 Flow similarity-Reynolds number

11. 06/10/2015 Flow between parallel plates 1 DM1,DM6

12. 07/10/2015 Coutte flow 1 DM1

13. 08/10/2015 Plane Poiseuille flow 1 DM2

14. 9/10/2015 Hagen Poiseuille flow 1 DM6

UNIT-II

15. 10/10/2015 Boundary layer concept 1 DM1

16. 13/10/2015 Prandtl approximations 1 DM1

17. 14/10/2015 Blasius solution for a flat plate with out

pressure gradient 1 DM1

18. 15/10/2015 Momentum integral equation 1 DM1

17. 16/10/2015 Von Karman integral relation 1 DM6

18. 17/10/2015 Pohlhausen method for obtaining

approximate solutions 1 DM1

19. 20/10/2015 problems 1 DM1

20. 21/10/2015 problems 1 DM1

21. 22/10/2015 Energy thickness 1 DM1

22. 24/10/2015 Displacement thickness 1 DM1

23. 27/10/2015 Momentum thickness 1 DM6

24. 28/10/2015 Problems 1 DM1

25. 29/10/2015 Problems 1 DM1

26. 30/10/2015 Problems 1 DM1

27. 31/10/2015 Boundary layer separation 1 DM1

28. 3/11/2015 Separation control 1 DM1

29. 04/11/2015 Kerman integral equation 1 DM1

30. 10/10/2015 problems 1 DM1

UNIT-III

31. 05/11/2015 Origin of turbulence 1 DM1

32. 05/11/2015 Nature of turbulent flow 1 DM1

33. 06/11/2015 Reynolds equations 1 DM1

34. 07/11/2015 Reynolds stress 1 DM6

35. 18/11/2015 Velocity profile 1 DM1

36. 19/11/2015 Mach number 1 DM1

37. 20/11/2015 Flow pattern in compressible flow 1 DM1

38. 21/11/2015 Classification of compressible flow 1 DM1

39. 24/11/2015 Isentropic flow 1 DM1

40. 25/11/2015 Stagnation properties 1 DM1

41. 26/11/2015 Problems 1 DM1

42. 27/11/2015 Problems 1 DM1

43. 28/11/2015 Problems 1 DM1

Unit-IV

44. 31/11/2015 Compressible flow through duct 1 DM2

45. 01/12/2015 Nozzles 1 DM1

46. 02/12/2015 Area velocity relations 1 DM1

47. 03/12/2015 Flow through convergent 1 DM1

48. 04/12/2015 Flow through convergent divergent

nozzles

1 DM6

49. 07/12/2015 Real nozzles flow at design conditions 1 DM1

50. 08/12/2015 Introduction to normal compression shock

51. 09/12/2015 Normal shock relations 1 DM1

52. 10/12/2015 Fanno and Raleigh equations 1 DM1 Unit-V

53. 11/12/2015 Fanno line 1 DM1

54. 14/12/2015 Adiabatic constant area 1 DM1

55. 15/12/2015 Flow of perfect gas 1 DM1

56. 16/12/2015 Chocking due to friction in constant

area flow

1 DM1

57. 18/12/2015 Introduction to constant area flow 1 DM1

58. 21/12/2015 Problems 1 DM1

59. 22/12/2015 Problems 1 DM1

60. 23/12/2015 Introduction to constant area flow with

heat transfer(Raleigh Line) 1 DM1

61. 24/12/2015 Beyond syllabus 1 DM1

62. 28/12/2015 Beyond syllabus 1 DM1

Total 62

Total number of classes required to complete the syllabus 60 Total number of classes available as per Schedule 62






Signature


Dr.P.Vijaya Kumar Dr.P.Vijaya Kumar

Course Code& Course Name: Advanced Heat and Mass Transfer SEM: I Programme: M.Tech Department: MECH A.Y.2015-16

LESSON PLAN

S No. Tentative

Date


Date

Num.

of

classes

Content Delivery

Methods

UNIT-I

1. 21/09/15 Introduction to the subject 1 DM1

2. 22/09/15 Basic modes of heat transfer 1 DM1,DM6

3. 23/09/15 Simple numerical problems

4. 25/09/15 General heat conduction equation in

Cartesian coordinates 1 DM1


Cylindrical coordinates 1 DM1


Spherical coordinates 1 DM1

7. 30/09/15 Boundary conditions 1 DM1,DM6

8. 02/10/15 Steady state simplified equations for

plane wall, cylinder and sphere 1 DM1

9. 05/10/15 1-D Heat transfer with internal heat

generation for a plane wall 1 DM1, DM6


generation for a cylinder 1 DM1,DM6


generation for a sphere 1 DM1

12. 09/10/15 Numerical problems 1 DM2

13. 12/10/15 Heat transfer through finned surfaces 1 DM6

14. 13/10/15 Fin with insulated tip

15. 14/10/15 Fin with convection off the end

16. 16/10/15 Numerical problems

UNIT-II

17. 26/10/15 Transient heat conduction: Introduction

1 DM1

18. 27/10/15 Lumped system analysis 1 DM1

19. 28/10/15 Heisler charts 1 DM1

20. 30/10/15 Semi infinite solid – Product solution 1 DM1

21. 02/11/15 2D steady state heat conduction 1 DM6

22. 03/11/15 Use of conduction shape factors 1 DM1

23. 04/11/15 Transient heat conduction – Analytical

solution

1 DM1



26. 10/11/15 Finite Difference methods for Heat

Conduction Problems 1 DM1

27 13/11/15 1 D & 2 D steady state and heat

conduction Problems 1 DM1

28 16/11/15 1 D & 2 D unsteady state and heat

conduction Problems

29 17/11/15 Implicit and Explicit methods 1 DM1

UNIT-III

30 18/11/15 Forced Convection-Concept of 1 DM1


LESSON PLAN

boundary layer

31 20/11/15 Hydrodynamic and Thermal boundary

layer concepts 1 DM1

32 30/11/15 Equations of Motion and Energy

33 01/12/15 Methods to determine heat transfer

coefficient

34 02/12/15 Dimensional Analysis- Analogies

between Heat and Momentum Transfer

35 04/12/15 External flows and empirical relations to

various geometrics 1 DM1

36 07/12/15 Dimensional Analysis to free convection 1 DM1

37 08/12/15 Approximate analysis of 1 DM1

38 09/12/15 Seminar-4 1 DM1

39 11/12/15 Free convection- Dimensionless

parameters of Free convection

1 DM1

40 14/12/15 An Approximate Analysis of Laminar

Free Convection on a Vertical Plate- - 1 DM1

41 16/12/15 Free convection on a Horizontal Plate,

Cylinder and Sphere 1 DM1

UNIT-IV 15/12/15

Boiling and condensation 1 DM1

42 18/12/15 Boiling curve –– Correlations

43 21/12/15 Nusselt’s theory of film condensation on

a vertical plate

44 22/12/15 Assumptions & correlations of film

condensation for different geometrics

45 23/12/15 Radiation – Concept of View factor- 1 DM1

46 28/12/15 Methods of Determining View factors 1 DM1

47 29/12/15 Seminar-6 1 DM1

48 30/12/15 Radiant heat exchange in Grey, Non- 1 DM1

49 03/01/16 Grey bodies with Transmitting 1 DM1

50 04/01/16 Reflecting and Absorbing media-

Specular

1 DM1

51 05/01/16 Surface, gas radiation Radiation from

flames

1 DM1

UNIT-V

52 07/01/16 Mass Transfer- Introduction- 1 DM1

53 10/01/16 Analogy between heat and mass transfer- 1 DM2

54 17/01/16 Mass diffusion 1 DM1

55 18/01/16 Fick’s law of diffusion-Boundary

conditions-

1 DM1

56 19/01/16 Steady mass diffusion through a wall- 1 DM1

57

21/01/16 Convenction Mass Transfer –

Concentration bounder layer thickness,

Mass transfer coefficient

1 DM6

58

24/01/16 Analogy between friction,heat transfer

and mass transfer coefficients- 1 DM1

59 25/01/16 Significance of Non. – Dimensional 1 DM1


LESSON PLAN

numbers

60 26/01/16 Problems 1 DM1

61 28/01/16 Revision 1 DM1

Total 61








Signature of

the

concerned


A.V.KRISHNA REDDY Dr.P.VIJAYA KUMAR Dr.K.Apparao

LAKIREDDY BALI REDDY COLLEGE OF ENGINEERING,(AUTONOMOUS) Department of Mechanical Engineering

Faculty Name : Mr. V.DHANARAJU Date:21-09-2015 Sem : M.Tech ( I Sem) Subject : ADVANCED IC ENGINES

S.No.

Date Planned Topic Topics

Covered

Remarks

Engine Types and Their Operation:

Unit: I

1 22/09/2015 Introduction and Historical perspective

2 23/09/2015 – Engine classifications-

3 24/09/2015 Engine operating cycles–

4 25/09/2015 – Engine components

5 26/09/2015 S.I. Engine operation

6 29/09/2015 C.I. Engine operation –

7 30/09/2015 Seminar-1

8 01/10/2015 4-Stroke Engine

9 02/10/2015 2-Stroke Engine

10 03/10/2015 Stratified charge engines-–

11 06/10/2015 Types of Stratified

12 07/10/2015 Rotary Engine

13 08/10/2015 Engine Design and operating parameters

14 9/10/2015 Engine Design and operating parameters

10/10/2015 Modern developments in I.C. Engines

Unit: II

15 13/10/2015 Lean burn engines, Ceramic and adiabatic engines

16 14/10/2015 Working principle of dual fuel engines

17 15/10/2015 Factors affecting the combustion in dual fuel engines

18 16/10/2015 MPFI engines, operation and its characteristics

19 17/10/2015 Stratified charge engines, wankel engine

20 20/10/2015 wankel engine operation, features of rotary engines

21 21/10/2015 Variable compression ratio engines and its analysis

22 22/10/2015 methods of variable compression ratio

23 24/10/2015 Surface ignition engines

24 27/10/2015 Free piston engines

25 28/10/2015 Seminar-2

26 29/10/2015 EGR

27 30/10/2015 Homogeneous charge engines

31/10/2015 Combustion in Spark Ignition Engines

Unit: III

28 3/11/2015 Thermodynamic analysis of SI Engine combustion

29 04/11/2015 Flame structure and speed and its factors

30 05/11/2015 cyclic variations in combustion

31 05/11/2015 Heat release analysis

32 06/11/2015 partial burning and misfire

33 07/11/2015 Conventional Ignition systems

34 18/11/2015 Alternative Ignition approaches

35 19/11/2015 Abnormal combustion and knocking

20/11/2015 Combustion in Compression Ignition Engines:

Unit:III

36 21/11/2015 Stages of Combustion systems in diesel engines

37 24/11/2015 Seminar-3

38 25/11/2015 Types of Diesel Combustion systems

39 26/11/2015 Knocking, Fuel injection systems

40 27/11/2015 Analysis of cylinder– pressure data

41 28/11/2015 Fuel spray behavior

42 31/11/2015 Ignition delay

43 01/12/2015 Mixing controlled combustion

02/12/2015 Engine Performance and Testing

Unit:IV

44 03/12/2015 Parameters of performance

45 04/12/2015 Pressure-Volume measurement and

46 07/12/2015 combustion Analysis

47 08/12/2015 Performance test – heat balance test

48 09/12/2015 Seminar-4

49 10/12/2015 Alternate Fuels - Introduction

50 11/12/2015 Necessity of Alternative fuels

51 14/12/2015 Biodiesels – Transesterification process

52 15/12/2015 Biodiesels – Transesterification process

53 16/12/2015 – Use of Alcohols, Gaseous fuels - CNG – LPG

54 18/12/2015 Hydrogen and Biogas. Dual fuel operation

55 21/12/2015 Seminar-5

22/12/2015 Pollutant Formation and Control:

Unit:V

56 23/12/2015 Nature and extent of problem-

57 24/12/2015 Pollution Norms-

58 28/12/2015 Types of pollutants, Nitrogen Oxides

59 29/12/2015 Carbon Monoxide

60 30/12/2016 Unburned Hydrocarbons

61 01/01/2016 Particulate Emissions Pollutants measurement–

62 05/01/2016 Emission Control Methods

63 06/01/2016 Thermal reactors, Particulate traps

64 07/01/2016 Beyond syllabus

Teacher’s Name: V.DHANARAJU Signature: Signature of HoD:

MTME-102-ADVANCED THERMODYNAMICS

I-SEM A.Y.2015-16 Programme: M .Tech Department: ME

LESSON PLAN

Staff Name: P.Ravindra Kumar

S.N

o

Tentative

Date

Topics to be covered Actua

l Date

Requi

red

classe

s

Content

Delivery

Methods

UNIT-I:

Basic Concepts

1 21/9/15 Systems classification, properties of TD 1 DM1

2 22/9/15 Zeroth law of TD 1 DM1,DM6

3 23/9/15 problems on Zeroth law of TD 1 DM1, DM2

4

24/9/15 First law of TD, Steady flow energy

systems

1 DM1

5 28/9/15 problems on I law of TD 1 DM1

6 29/9/15 problems on I law of TD 1 DM1, DM2

7 30/9/15 Limitations of first law 1 DM1

8 1/10/15 second law of TD 1 DM1

9 5/10/15 problems on Heat engine and Heat pump 1 DM1, DM2

10 6/10/15 problems on II law of TD 1 DM1, DM2

11 7/10/15 Concept of Entropy 1 DM1,DM6

12 8/10/15 Problems of Entropy 1 DM1,DM2

13 12/10/15 Problems of Entropy 1 DM1,DM2

14 13/10/15 Third law of TD 1 DM1

15 14/10/15 Seminars 1 DM6

UNIT-II

Thermodynamic Relations

16 26/10/15

Helmhotz Function , Gibbs Free

Energy Function

1 DM1

17 27/10/15 Maxwell’s Relations 1 DM1

18 28/10/15 Clausius Clapeyron Equations 1 DM1

19

29/10/15 problems on Clausius Clapeyron

Equations

1 DM1, DM2

20

30/10/15 Coeff.of Volumetric Expansion,

Isothermal Compressibility

1 DM1

21 2/11/15 problems on Thermodynamic Relations 1 DM1, DM2

22 3/11/15 Mayers relation 1 DM1

23 4/11/15 Seminars 1 DM6

Exergy

24

5/11/15 Available energy( Exergy) , availability

function of closed system

1 DM1,DM6

25

6/11/15 Exergy of closed systems and open

systems

1 DM1,DM6

26

9/11/15 availability function of open system,

availability of steady flow system

1 DM1,DM6

27 10/11/15 problems on Exergy 1 DM1, DM2




LESSON PLAN


30 13/11/15 Seminars 1 DM6

UNIT-III

Irreversibility

31

16/11/15 Irreversibility for closed system and

open system

1 DM1

32

17/11/15 Irreversibility for steady flow system

and Effectiveness

1 DM1, DM6

33

18/11/15 Problems on Irreversibility- closed

systems

1 DM1, DM2

34

19/11/15 Problems on Irreversibility- closed

systems

1 DM1, DM2

35 20/11/15 problems on Thermodynamic Relations 1 DM1, DM2

36 23/11/15 Seminars 1 DM6

Compressible Flows

37 24/11/15 stagnation properties , speed of sound 1 DM1

38 25/11/15 1D isentropic flow and property

relations

1 DM1,DM6

39 26/11/15 Flow regimes in compressible flows 1 DM1,DM6

40 30/11/15 Mach relations 1 DM1,DM6

41 1/12/15 Effect of back pressure on convergent

nozzle

1 DM1,DM6

42 2/12/15 Effect of back pressure on convergent –

divergent nozzle

1 DM1,DM6

43 3/12/15 Problems on Thermodynamics of

Compressible flows

1 DM1, DM2

44 7/12/15 Problems on Thermodynamics of

Compressible flows

1 DM1, DM2


UNIT-IV

NON REACTIVE GAS MIXTURES

46 9/12/15 Properties of Mixtures of ideal gases 1 DM1

47 10/12/15 Daltons law of mixtures, Amagats law

of additive mixtures

1 DM1

48 14/12/15 Problems on Mixtures of ideal gases 1 DM1, DM2

49 15/12/15 Entropy change of mixture of non

reactive gases

1 DM1

50 16/12/15 Problems 1 DM1, DM2

51 17/12/15 Problems on Entropy change of

mixture of non reactive gases

1 DM1, DM2

52 21/12/15 Seminars 1 DM6

REACTIVE GAS MIXTURES 1 DM1

53 22/12/15 Fuels and combustion 1 DM1

54 23/12/15 Theoretical and actual combustion

process

1 DM1

55 26/12/15 Enthalpy of formation and Enthalpy of

reaction

1 DM1,DM6



LESSON PLAN

56 28/12/15 first and second law analysis of

reacting systems

1 DM1,DM6

57 29/12/15 problems on reactive systems 1 DM1,DM2

58 30/12/15 Seminars 1 DM6

UNIT-V

Thermodynamic cycles

59 31/12/15 II law analysis of vapour power cycles 1 DM1,DM6

60 4/1/16 Cogeneration 1 DM1,DM6

61 5/1/16 combined gas power cycles 1 DM1,DM6

62 6/1/16 binary vapour power cycles 1 DM1,DM6

63 7/1/16 Problems on cycles 1 DM1,DM2

64 18/1/16 Problems on cycles 1 DM1,DM2


Gas Power Cycles

65 20/1/16 Ideal jet Propulsion cycles 1 DM1,DM6

66 21/1/16 II law analysis of Gas power cycles 1 DM1,DM6

67 22/1/16 Problems 1 DM1,DM2


Contents beyond the syllabus

68 28/1/16 Rayleigh flows and Fannoline flows 1 DM6

69 29/1/16 Entropy generation and Production 1 DM6

70 30/1/16 New concepts in Propulsion cycles 1 DM6

Total 70



NOTE: DELIVERY METHODS: DM1: Lecture interspersed with discussions/BB, DM2: Tutorial,

DM3: Lecture with a quiz, DM4: Assignment/Test, DM5: Demonstration (laboratory, field visit),


Signature

Name of the

Faculty

Course

Co-ordinator

Programme

Co-ordinator

HOD

P.Ravindra Kumar P.Ravindra Kumar Dr.S.Pichi

Reddy

Dr.K.Apparao

lesson plan course code& course name: sem: programme: m

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