Lecture 1_How we study fluid mechanics
Lecture 2_Conservation of mass
Lecture 3_Conservation of momentum
Lecture 3a_Material derivative
Lecture 3b_Common assumptions
Lecture 4_Dimensional homogeneity
Lecture 5_Non-dimensional numbers
Lecture 6_Buckingham-Pi theorem
Lecture 7_Similitude
Lecture 8_Closed channel flows
Lecture 9_Pipe flow
Lecture 9a_Cylindrical coordinates
Lecture 9b_Max velocity flow rate shear stress
Lecture 10_Turbulence
Lecture 11_Reynolds decomposition and RANS
Lecture 12_Fluid measurement
Lecture 13_Laminar boundary layers
Lecture 14_Turbulent boundary layers
Lecture 15_Lift and drag
Lecture 16_Pressure gradients and separation
Lecture 17_Computational fluid dynamics
Lecture 18_Compressible flow
