Fundamentals of Fluid MechanicsDefinition of flow, the continuum viewpoint, velocity fields, vector fields, streamlines & pathlines, steady & unsteady flow.
Forces in FluidsTypes of forces in fluids, body & surface forces, pressure force, viscous force & viscosity, No-Slip condition, surface tension & flow types
Fluid StaticsThe Hydrostatic Equation, manometry, hydrostatic forces on flat & curved surfaces, surface integrals, Archimedes' Principle and Buoyancy.
Control Volume AnalysisMass flow rate, volume integrals, Reynolds transport theorem, conservation of mass & momentum, steady flow, constant & varying density.
The Bernoulli EquationDerivation of the Bernoulli Equation for steady inviscid flow, stagnation point flow, conservation of energy, the pipe flow energy equation.
Internal FlowsFully developed laminar flow, finding velocity profiles, viscous & pressure forces, turbulent flow in pipes, major & minor losses, pump head