1.1 Characteristics of fluids and the continuum model
1.2 Fluid properties
1.3 Scope and classification of fluid flow

2.1 Pressure at a point
2.2 Pressure variation in a static fluid
2.3 Manometric pressure
2.4 Hydrostatic forces on plane and curved surfaces
2.5 Buoyancy and stability

3.1 Introduction to fluid flow
3.2 Eulerian and Lagrangian descriptions of flow
3.3 Visualization of fluid flow
3.4 Continuity equation
3.5 Bernoulli’s equation and application
3.6 Linear momentum equation and application
3.7 Angular momentum equation and application

4.1 Characteristics of laminar and turbulent flow in pipes and ducts
4.2 Viscous flow solution.
4.3 Losses in piping system
4.4 Piping networks involving losses
4.5 Application of steady flow energy equation.

5.1 Relation between the experimental work and dimensional analysis
5.2 Buckingham’s Pi Theorem
5.3 Determination of dimensionless parameters
5.4 Modeling and similitude

A1 : This course consist of approximately 30% theories and 70% calculations. The theory parts explain the fundamental concepts of fluid phenomena while the calculation parts will cover the application analysis related.