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COURSE INFORMATION FOR CURRENT SEMESTER/TERM

Teaching Schedule

References/Teaching Materials/
Week Lecture/Tutorial/Assignment Topic
Equipment

1 Radiation fundamentals-properties and laws, radiation intensity Reference Books,
Lecture Notes
Reference Books,
2 Shape factor, radiation exchange by network method
Lecture Notes

Reference Books,
3 Radiation shield, solar radiation, greenhouse effect
Lecture Notes
General aspects of condensation heat transfer, Laminar film conden- Reference Books,
4 sation on a flat plate Lecture Notes

Reference Books,
5 Turbulent film condensation, film condensation on horizontal tubes
Lecture Notes
Film condensation inside horizontal tubes, influence of the presence of Reference Books,
6 non condensable gases Lecture Notes

Reference Books,
7 General aspects of boiling heat transfer, boiling regime
Lecture Notes
Reference Books,
8 Bubble shape and size consideration, bubble growth and collapse
Lecture Notes

Critical diameter of bubble, factors affecting nucleate boiling, Boiling Reference Books,
9 correlation Lecture Notes

Mass Transfer : introduction, Mass transfer by molecular diffusion, Reference Books,
10 Fick’s Law of diffusion Lecture Notes

General mass diffusion equation in stationary media, steady state dif- Reference Books,
11 fusion through a plain membrane, steady state equimolar counter dif-
fusion Lecture Notes

Isothermal evaporation of water into air from a surface, Mass transfer Reference Books,
12 Coefficient, Convective mass transfer correlations for mass transfer Lecture Notes

13 Heat Exchanger : Types, LMTD Reference Books,
Lecture Notes

Reference Books,
14 Exchanger Effectiveness, Fouling Factors, design
Lecture Notes

UM-PT01-PK03-BR004(BI)-S04