Incompresible Flow

Hydrodynamic Theory

A more mathematically intensive view into how fluids move and how waves describe the motion of ideal fluids.

Sound[{Play[Re[E^(-((10000 I)/(4 10^-6 I + 60 t)))/Sqrt[10^-6 - 15 I t]], {t, 0, 15}]}]

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Page Count Distribution

Lecture 1: 8

Lecture 2: 10

Lecture 3: 10

Lecture 4: 10

Lecture 5: 7

Lecture 6: 31 --> 26 (slideshow)

Lecture 7: 26

Lecture 8: Weakly Nonlinear Waves in Deep Water 8 pages

Lecture 9: 10 pages start at 0

Lecture 10: Thermal Instability and Benard Convection 9

Lecture 11: 13a

Lecture 12: 13b

Lecture 13: 18a

Lecture 14: 18b

Lecture 15: 38a

Lecture 16: 38b

Lecture 17: 20a

Lecture 18: 20b

Lecture 19: 22a

Lecture 20: 22b