Канал: Fluids Explained

I built a lab water flume in my office at home

I built a lab water flume in my office at home

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

The Principle of Continuity (Lesson 1, Part 3)

The Principle of Continuity (Lesson 1, Part 3)

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

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

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

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

Introduction to Hydraulics Lesson Series

Introduction to Hydraulics Lesson Series

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

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

Rapidly Varying Flow Part 3: Flow over a large weir

Rapidly Varying Flow Part 3: Flow over a large weir

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

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

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

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

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

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

Plotting the depth-energy relationship for an open channel

Plotting the depth-energy relationship for an open channel

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

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

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

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

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

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

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

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

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

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

Uniform flow in an open channel

Uniform flow in an open channel

Calculating the power a turbine can generate on a hydroelectric scheme using Bernoulli’s equation

Calculating the power a turbine can generate on a hydroelectric scheme using Bernoulli’s equation

Designing a pumped reservoir/pipe system using Bernoulli’s equation

Designing a pumped reservoir/pipe system using Bernoulli’s equation

How to draw total energy line including continuous and local losses

How to draw total energy line including continuous and local losses

Calculating pressure in a pipe using Bernoulli's equation accounting for losses

Calculating pressure in a pipe using Bernoulli's equation accounting for losses

Calculating velocity of water in a pipe using Bernoulli's equation accounting for losses

Calculating velocity of water in a pipe using Bernoulli's equation accounting for losses

Head loss due to friction in a pipe using Moody Diagram and the Darcy–Weisbach equation

Head loss due to friction in a pipe using Moody Diagram and the Darcy–Weisbach equation

Calculation of local head loss due to bend in pipe

Calculation of local head loss due to bend in pipe

Laminar Flow, Turbulent Flow and Reynolds Number

Laminar Flow, Turbulent Flow and Reynolds Number

The velocity profile for a real fluid in a pipe

Bernoulli's equation for pressure in constricted pipe / Venturi metre

Bernoulli's equation for pressure in constricted pipe / Venturi metre

How a siphon (syphon) works

How a siphon (syphon) works

Bernoulli's equation to find pressure in a pipe above water surface of tank

Bernoulli's equation to find pressure in a pipe above water surface of tank

Bernoulli's equation explained with tank and pipe example

Bernoulli's equation explained with tank and pipe example

Flow and continuity example

Flow and continuity example

Compressible vs incompressible flow

Compressible vs incompressible flow

Unifrom vs Non-unifrom Flow

Unifrom vs Non-unifrom Flow

Steady vs Unsteady Flow

Steady vs Unsteady Flow

How to caculate flow-rate / discharge

How to caculate flow-rate / discharge

Inclined Surface (Dam): Forces and Moments

Inclined Surface (Dam): Forces and Moments

Gate Hinged at Centre: Forces and Moments

Gate Hinged at Centre: Forces and Moments

Gate Hinged at Top: Forces and Moments

Gate Hinged at Top: Forces and Moments

Force and Moment on a Submerged Surface (Dam) Example

Force and Moment on a Submerged Surface (Dam) Example

Hydraulic Jack Example

Hydraulic Jack Example

Manometer example

Manometer example

Differential Manometer Example

Differential Manometer Example

U-tube Manometer Explained

U-tube Manometer Explained