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COURSE PRO FORMA

Teaching Schedule

WEEK LECTURE / TUTORIAL / ASSIGNMENT TOPIC Main References

1 See main references
Introduction to engineering thermodynamics. Dimensions and
units. Basic concepts and definition of properties of system,
continuum, state, equilibrium, process, path, cycles, energy,
work, heat, internal energy and entalphy.
2 As the above
First law of thermodynamics, relationship between work, heat
and energy. Application of first law of thermodynamics on
open and closed system. Energy and environment.

3 As the above
Second law of thermodynamics, thermal efficiency, heat en-
gine potential, heat pumps and refrigerators. Carnot cycle,
thermodynamics temperature scale. Entropy.
4 As the above
Pure substance, phase change, P-V-T diagram for fluid, Prop-
erty table. Saturated liquid, saturated vapor and superheated
vapor. Steam behavior in non flow process and flow process.

5 As the above
Ideal gas. Specific heats. Ideal gas behavior in non-flow pro-
cess and flow process.
6 As the above
Power cycle, Vapor power cycle (Carnot cycles, Rankine cy-
cle with superheating).

7 Gas power cycle (Carnot cycle, Brayton cycle, Otto cycle and As the above
Diesel cycle).

8 As the above
Fluid mechanics, basic concepts, viscosity, specific gravity
compressibility and others.

9 Fluid statics, pressure variation with elevation and manometry As the above

10 As the above
Kinematics of fluid, Eulerian viewpoint, Lagrangian viewpoint,
steady flow, unsteady flow, streamtubes, and streamlines.
Velocity and acceleration.

11 Control volume, continuity equation and application of one- As the above
dimensional and two-dimensional steady flow equation.

12 As the above
Bernoulli equation, energy line and hydraulic gradient line.
Application of Bernoulli equation and Work-energy equation
13 As the above
Momentum equation, pipe flow applications. Simple propellers
and windmills theory.
14 As the above
Introduction to flow of real fluid. Laminar and turbulent flow.
Shear stress and head loss. Introduction to heat transfer.

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