18:39

Swimming and flying [Aerodynamics #21]

17:57

Hypersonics [Aerodynamics #20]

14:20

What causes lift [Aerodynamics #13a]

26:27

Compressible flow [Fluid Mechanics #18]

22:53

CFD - Computational Fluid Dynamics [Fluid Mechanics #17]

24:51

Pressure gradients and separation [Fluid Mechanics #16]

18:47

Lift and drag [Fluid Mechanics #15]

19:44

Turbulent boundary layers [Fluid Mechanics #14]

21:33

Laminar boundary layers [Fluid Mechanics #13]

22:49

Fluid measurement [Fluid Mechanics #12]

27:18

Reynolds decomposition and Reynolds Averaged Navier-Stokes (RANS) [Fluid Mechanics #11]

22:20

Turbulence [Fluid Mechanics #10]

21:56

The fluid mechanics of robotic locomotion

15:31

Practical flow quantities [Fluid Mechanics #9b]

11:16

Laminar pipe flow [Fluid Mechanics #9]

09:40

Navier-Stokes in cylindrical coordinates [Fluid Mechanics #9a]

19:53

Laminar closed-channel flows [Fluid Mechanics #8]

18:25

Similitude [Fluid Mechanics #7]

15:38

Buckingham Pi theorem [Fluid Mechanics #6]

16:21

Non-dimensional numbers [Fluid Mechanics #5]

13:20

Dimensional homogeneity [Fluid Mechanics #4]

10:16

Common assumptions in fluid mechanics [Fluid Mechanics #3b]

22:23

Oblique shocks and expansion fans [Aerodynamics #19]

20:45

Conservation of momentum (a.k.a., Navier-Stokes) [Fluid Mechanics #3]

07:16

Material derivative [Fluid Mechanics #3a]

15:12

Conservation of mass (a.k.a., continuity) [Fluid Mechanics #2]

13:35

How we study fluid mechanics [Fluid Mechanics #1]

28:30

Normal shock waves [Aerodynamics #18]

20:35

Intro to compressible flow [Aerodynamics #17]

22:15

Lifting line theory [Aerodynamics #16]

15:53

Finite wing effects [Aerodynamics #15]

17:18

Drag and separation [Aerodynamics #14]

20:04

Airfoils and wings [Aerodynamics #13]

23:36

Thin airfoil theory [Aerodynamics #12]

24:54

Panel methods [Aerodynamics #11]

16:00

Kutta Joukowski theorem [Aerodynamics #10]

23:12

Elementary flows [Aerodynamics #9]

16:29

Bernuolli and Laplace [Aerodynamics #8]

21:17

Rotational and irrotational flow [Aerodynamics #7]

18:45

Streamlines and stream function [Aerodynamics #6]

21:05

Conservation laws [Aerodynamics #5]

18:49

Nondimensional numbers and Similarity [Aerodynamics #4]

22:04

Aerodynamic body forces and moments [Aerodynamics #3]

09:46

Common aerodynamic variables [Aerodynamics #2]

12:15

How we study aerodynamics [Aerodynamics #1]