COURSE LAYOUT
Week 1 : Fluids, compressible flow I & II laws of TD Clausius inequality
Week 2 : Control volume analysis Conservation of mass Conservation of momentum
Week 3 : Conservation of energy,Tutorial
Week 4 : Sonic velocity,Wave propagation, Pressure-energy relation
Week 5 : Stagnation concept, Isentropic flows,Stagnation relations, Tutorial
Week 6 : Varying area flow Mass, momentum, energy equations Converging nozzle
Week 7 : M* concept, Gas tables,C-D nozzle,Tutorial
Week 8 : Standing normal shocks, Prandtl's relation,Normal shocks in CD nozzle
Week 9 : Rankine-Hugoniot equation,Moving shocks,Tutorial
Week 10 : Oblique Shocks,Theta-Beta-M relation,Shock polar curves
Week 11 : Expansion fans,Prandtl-Meyer flow,Tutorial