Week 1:Introduction to Fluid Flow; Fluid-Flow PhenomenaFluid Statics - Pressure; Manometry and Surface Tension; Forces on Submerged Surfaces
Week 2:Fluid Statics - Pressure; Manometry and Surface Tension; Forces on Submerged Surfaces
Week 3:Description of Flows; Graphical Description of Flows
Week 4:Conservation of Mass; Energy Equation
Week 5:EnergyEquation Continued; Engineering Energy Equation
Week 6:MomentumEquation; Differential Form of the Momentum Equation; Some Exact Solutions of N-S Equations
Week 7:Similitude and Modelling - I; Similitude and Scale Factors Approach; Similitude (Continued)
Week 8:Flow Measurement; Flow though Pipes; Flow though Pipes (Continued)
Week 9:Approximations in Fluid Mechanics; Low Reynolds number Flows
Week 10:Inviscid flows; Potential flows - I; Potential flows - II
Week 11:Lift on Wings; Propellers and Wind Turbines; Boundary layer Flows
Week 12:Integral methods in boundary layers; Separation in boundary layers; Application to ball games
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