Все публикации

Manning Equation Example0:02:25

Manning Equation Example | Fluid Mechanics

Energy Considerations |0:02:11

Energy Considerations | Fluid Mechanics

Gradually Varying Flows0:02:11

Gradually Varying Flows and Hydralic Radius | Fluid Mechanics

Introduction to Open0:02:24

Introduction to Open Channel Flow | Fluid Mechanics

Open Channel Flow0:01:59

Open Channel Flow Energy Considerations Example | Fluid Mechanics

Open Channel Flow0:02:05

Open Channel Flow Energy Considerations Example 2 | Fluid Mechanics

Turbulent Flow |0:02:20

Turbulent Flow | Fluid Mechanics

Pipe Networks Example0:02:08

Pipe Networks Example Part 1 | Fluid Mechanics

Hydraulic Jump Part0:02:13

Hydraulic Jump Part 1 | Fluid Mechanics

Uniform Depth Flow0:02:04

Uniform Depth Flow and the Manning Equation | Fluid Mechanics

Laminar Pipe Flow0:02:00

Laminar Pipe Flow Example 1 | Fluid Mechanics

Dimensionless Groups |0:01:58

Dimensionless Groups | Fluid Mechanics

Fully Developed Laminar0:02:04

Fully Developed Laminar Flow from Newton's Second Law | Fluid Mechanics

Naiver Stokes Equations0:02:17

Naiver Stokes Equations | Fluid Mechanics

Rankine Ovals |0:02:20

Rankine Ovals | Fluid Mechanics

Doublet | Fluid0:01:56

Doublet | Fluid Mechanics

No slip Condition0:02:04

No slip Condition and 2D Flow between Plates | Fluid Mechanics

Plot Streamlines Example0:02:18

Plot Streamlines Example | Fluid Mechanics

Conservation of Mass,0:02:24

Conservation of Mass, Momentum and Energy | Fluid Mechanics

Frames of References0:02:01

Frames of References and Flow Visualisation | Fluid Mechanics

Acceleration Example |0:02:02

Acceleration Example | Fluid Mechanics

Inviscid Flow |0:01:56

Inviscid Flow | Fluid Mechanics

Components of Acceleration0:02:11

Components of Acceleration and Material Derivative | Fluid Mechanics

Admixtures | Engineering0:02:04

Admixtures | Engineering Materials