[MAE 242] Pipe flow with major and minor head losses

(31:54)

[MAE 242] Evaluating a reaction force for a water jet

(16:29)

MAE 242 Intro to Fluid Mechanics, Recitation 7

(36:4)

[MAE 242] Integral on control surface

(27:35)

Como Tornar Seu Lar Um Centro de Treinamento Missionário - #242

(1:24:5)

MAE 242 Intro to Fluid Mechanics, Final Review

(58:43)

[MAE 242] Integral form of fluid mass conservation

(26:23)

[MAE 242] Applying the Pi theorem for finding Reynolds \u0026 Weber numbers

(21:43)

[MAE 242] Control volume analysis for evaluating a force applied to a nozzle flange

(6:23)

[MAE 242] A uniformly distributed loading \u0026 its point of action

(8:35)

[MAE 242] Coanda effect and the Bernoulli principle

(3:35)

MAE 242 Intro to Fluid Mechanics, Recitation 5

(37:2)

[MAE 242] Major and minor head losses in a branching pipe system

(25:2)

[MAE 242] Making a differential equation dimensionless

(10:51)

[MAE 242] Pi groups and dynamic similarity for the drag force applied to a car

(13:27)

MAE 242 Intro to Fluid Mechanics - Recitation 4

(25:59)