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0:19:54

I built a lab water flume in my office at home

0:16:08

Pumps in Bernoulli’s Equation (Lesson 5 part 1)

0:14:34

Bernoulli’s Equation for a Real Reservoir/Pipe System (Lesson 4, Part 2)

0:15:53

Bernoulli's Equation Including Losses (Lesson 4, Part 1)

0:23:39

Local Loss Equation, Continuous Loss/Darcy-Weisbach Equation and Moody Diagram (Lesson 3, Part 3)

0:17:50

Laminar Flow, Turbulent Flow and Reynolds Number (Lesson 3, Part 2)

0:09:42

Friction and Viscosity in Pipe Flow (Lesson 3, Part 1)

0:12:06

Bernoulli’s Equation for Pressure of Ideal Systems (Lesson 2, Part 2)

0:25:14

Bernoulli’s Equation for Velocity of Ideal Systems (Lesson 2, Part 1)

0:15:03

The Principle of Continuity (Lesson 1, Part 3)

0:16:21

Steady / Unsteady Flow and Uniform / Non-uniform Flow (Lesson 1, Part 2)

0:16:54

Discharge, Velocity and Cross-sectional Area in Hydraulics and Fluid Dynamics (Lesson 1, Part 1)

0:07:37

Introduction to Hydraulics Lesson Series

0:07:09

Rapidly Varying Flow Part 2: Flow over a medium sized weir

0:07:59

Rapidly Varying Flow Part 3: Flow over a large weir

0:05:37

Rapidly Varying Flow Part 4: Super-critical flow over a small obstruction

0:10:29

Rapidly Varying Flow Part 1: Sub-critical flow over a small obstruction

0:11:15

Calculating specific energy, critical flow depth, critical velocity and minimum specific energy

0:08:32

Plotting the depth-energy relationship for an open channel

0:14:34

Manning’s equation to calculate discharge for a compound open channel

0:09:29

Manning’s equation to calculate the flow depth at a given discharge for a trapezoidal open channel

0:08:05

Manning’s equation to calculate velocity and discharge for a trapezoidal open channel

0:08:42

Uniform flow in an open channel

0:07:07

Manning’s equation to calculate velocity and discharge for a rectangular open channel