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COURSE INFORMATION FOR CURRENT SEMESTER/
TERM

Teaching Schedule

References/Teaching Mate-
Week Lecture/Tutorial/Assignment Topic
rials/Equipment
1 Lecture notes, Reference
Introduction to Thermodynamics, Concept, Model and Law,
texts
2 Some Concept of Mechanics, The concept from Electromagnetism, Dimen- Lecture notes, Reference
sion System and Units texts
3 Lecture notes, Reference
Mechanical Concept of energy, Energy and the first law
texts
4 Lecture notes, Reference
Microscopic energy modes, macroscopic energy representations
texts
5 Conservation of energy, energy transfer as work, Lecture notes, Reference
Evaluation of energy transfer as work texts
6 Some particular work modes, Work depends upon the process, Lecture notes, Reference
Energy transfer as heat texts
7 Lecture notes, Reference
Energy balance for a control mass, Property and state
texts
8 Equilibrium and some of Thermodynamics properties, Lecture notes, Reference
Intensive and extensive state, state of simple substances texts
9 Equation of state, The general nature of simple compressible substance, Lecture notes, Reference
Using the tabular and graphical equations of state texts
10 Some other Thermodynamic properties, The perfect gas, Engineering prob- Lecture notes, Reference
lem. texts
11 Lecture notes, Reference
Energy analysis, Steady flow system, The control volume transformation.
texts
12 Lecture notes, Reference
Modes of Heat Transfer, Conduction, Convection and Radiation
texts
13 Entropy and the second law, Entropy transfer and change, Some conse- Lecture notes, Reference
quences of the second law texts
14 Entropy as a function of state, Intensive representations and some exten- Lecture notes, Reference
sions, Engineering problem considering entropy texts

UM—PT01-PK03-BR004(BI)-S04