Notes 

Definition of flow, the continuum viewpoint, velocity fields, vector fields, streamlines & pathlines, steady & unsteady flow.

Types of forces in fluids, body & surface forces, pressure force, viscous force & viscosity, No-Slip condition, surface tension & flow types

The Hydrostatic Equation, manometry, hydrostatic forces on flat & curved surfaces, surface integrals, Archimedes' Principle and Buoyancy.

Mass flow rate, volume integrals, Reynolds transport theorem, conservation of mass & momentum, steady flow, constant & varying density.

Derivation of the Bernoulli Equation for steady inviscid flow, stagnation point flow, conservation of energy, the pipe flow energy equation.

Fully developed laminar flow, finding velocity profiles, viscous & pressure forces, turbulent flow in pipes, major & minor losses, pump head