This post covers the syllabus of Heat and Mass Transfer and the course plan of this subject. This will helpful for he faculty members who were going to handle this subject ever.
The course plan for aa Mechanical Engineering subjects are given in the link:
The course plan for aa Mechanical Engineering subjects are given in the link:
copy and paste the link : annaunivstudymaterials.blogspot.com
Session No
|
Topics to be covered
|
Book
|
Page No
|
Mode of Delivery
|
No. of Periods
|
Cumulative Hours
| |
UNIT I CONDUCTION
| |||||||
Introduction to Heat and Mass Transfer and Basic concepts with Applications
|
R1
|
-
|
BB
|
1
|
1
| ||
General Differential equation of Heat Conduction, Cartesian and Polar Coordinates
|
T1
|
1.2-1.14
|
BB
|
2
|
3
| ||
One Dimensional Steady State Heat Conduction- plane and CompositeSystems
|
T1
|
1.15-1.21
|
BB
|
1
|
4
| ||
Problems based on plane and Composite Systems
|
T1
|
1.22-1.110
|
BB
|
3
|
7
| ||
Conduction with Internal Heat Generation
|
T1
|
1.196-1.203
|
BB
|
1
|
8
| ||
Extended Surfaces
|
T1
|
1.204-1.209
|
BB
|
1
|
9
| ||
Unsteady Heat Conduction
|
T1
|
1.215-1.268
|
BB
|
1
|
10
| ||
Lumped Analysis, Problems
|
T1
|
1.269-1.305
|
BB
|
1
|
11
| ||
Semi Infinite and Infinite Solids –Use of Heisler’s charts & Problems
|
T1
|
1.306-1.372
|
BB
|
2
|
13
| ||
UNIT II CONVECTION
| |||||||
1.
|
Basic concepts & Free Convection and problems
|
T1
|
2.162-2.194
|
BB
|
1
|
14
| |
2.
|
Forced Convection and problems
|
T1
|
2.23-2.83
|
BB
|
2
|
16
| |
3.
|
Hydrodynamic and Thermal Boundary Layer derivation
|
T1
|
2.7-2.9
|
BB
|
2
|
18
| |
4.
|
Convection during external flow over Plates
|
T1
|
2.123-2.127
|
BB
|
2
|
20
| |
5.
|
Convection during external flow over Cylinders
|
T1
|
2.126-2.150
|
BB
|
2
|
22
| |
6.
|
Problems on Internal flow through tubes
|
T1
|
2.122-2.126
|
BB
|
2
|
24
| |
UNIT III PHASE CHANGE HEAT TRANSFER AND HEAT EXCHANGERS
| |||||||
1.
|
Basics of Phases ,Heat exchangers, Nusselt’s theory of condensation
|
T1
|
3.1-3.10
|
BB
|
1
|
25
| |
2.
|
Regimes of Pool boiling and Flow boiling
|
T1
|
3.11-3.20
|
BB
|
2
|
27
| |
3.
|
Correlations in boiling and condensation.
|
T1
|
3.21-3.65
|
BB
|
2
|
29
| |
4.
|
Heat Exchanger Types - Overall Heat Transfer Coefficient
|
T1
|
3.66,3.82-3.124
|
BB
|
2
|
31
| |
5.
|
Fouling Factors Analysis
|
T1
|
3.81
|
BB
|
1
|
32
| |
6.
|
LMTD method
|
T1
|
3.73
|
BB
|
2
|
34
| |
7.
|
NTU method.
|
T1
|
3.82
|
BB
|
2
|
36
| |
UNIT IV RADIATION
| |||||||
1.
|
Basic Concepts & Black Body Radiation
|
T1
|
4.1-4.5
|
BB
|
1
|
37
| |
2.
|
Grey body radiation , Problems on Black Body Radiation & Grey body radiation
|
T1
|
4.6-4.25
|
BB
|
4
|
41
| |
3.
|
Shape Factor
|
T1
|
4.36-4.41
|
BB
|
1
|
42
| |
4.
|
Electrical Analogy
|
T1
|
4.100-4.104
|
BB
|
1
|
43
| |
5.
|
Radiation Shields.
|
T1
|
4.45-4.57
|
BB
|
2
|
45
| |
6.
|
Radiation through gases, Problems
|
T1
|
4.153-4.165
|
BB
|
3
|
48
| |
UNIT V MASS TRANSFER
| |||||||
1.
|
Basic concepts of Mass transfer
|
R1
|
BB
|
1
|
49
| ||
2.
|
Diffusion mass transfer & Ficks law of Diffusion, Problems
|
T1
|
5.1-5.4,5.7-5.16
|
BB
|
3
|
52
| |
3.
|
Steady state molecular diffusion
|
T1
|
5.4-5.6
|
BB
|
1
|
53
| |
4.
|
Convective mass transfer & Problems
|
T1
|
5.54-5.64
|
BB
|
3
|
56
| |
5.
|
Momentum
|
R1
|
5.65-5.67
|
BB
|
1
|
57
| |
6.
|
Analogy-Heat and mass transfer
|
T1
|
5.68-5.70
|
BB
|
1
|
58
| |
7.
|
Convective mass transfer correlations
TEXT BOOKS:
Ø Dr. S.Senthil, “Heat and Mass Transfer”,(Regulation 2013), For V semester Mechanical Engineering, A.R.Publications Chennai
REFERENCE BOOKS:
Ø Er. R.K.Rajput “ Heat and Mass Transfer” Chand Publications
|
T1
|
5.72-5.74
|
BB
|
2
|
60
| |
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