﻿ Fluids I & II Videos
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# Fluids I & II

• 13:23

### Fluids Lecture 1.1 - Hydrostatic Pressure

Part 1 of the first fluid lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 04/10/10.The lecture covers:PhasesDensityPressureHydrostatic PressureSee part two for pressure measurement.

• 07:17

### Fluids Lecture 2.3 - Turbulent Flow (S2)

Third part of the second fluids lecture (semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 28/02/11.The video covers:- Turbulent flow type problems- Lecture summary

• 10:02

### Fluids Lecture 1.2 - Laminar Flow (S2)

The second part of Lecture 1 (Semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 14/2/2011.This video covers:- fluid viscosity (and shear stress)- flow velocity - velocity profile of flow in pipe

• 08:58

### Revision Lecture Part 1 - Bernoulli

Part 1 of the Revision Lecture for Semester 2 Fluids.This video covers how to manipulate Bernoulli's equation to fit the problem you are dealing with. It includes an example.

• 10:12

### Fluids - Lecture 3.4 - Flow Rate Measurement

Part 4 of the third fluids lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 08/11/10.This lecture covers:Pitot-Static tubes and Lecture SummarySee part 1 for: Introduction, Flow Rate Measurement - Why? and Venturi Meters (pr

• 13:04

### Fluids Lecture 4.2 - Fluid Machines (S2)

The second part of the fourth fluids lecture (semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 14/03/11.The video covers:- determining the pipe characteristic- summary of the lecture

• 10:47

### Fluids Lecture 1.2 - Hydrostatic Pressure

Part 2 of the first fluid lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 04/10/10.The lecture covers:Pressure measurement - BarometerPressure measurement - Piezometer tubePressure measurement - U-tube Manometer

• 10:37

### Turbulent Flow Example Problem

Example problem shown during the second fluids lecture (Semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 14/2/2011.This video covers an example turbulent flow problem.

• 10:17

### Fluids Lecture 1.3 - Laminar Flow (S2)

The third part of Lecture 1 (Semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 14/2/2011.This video covers:- volumetric flow rate- average flow velocity- pressure drop- power- summary of lecture

• 06:06

### Revision Lecture Part 6 - Fluid Machines

Part 6 of the Revision Lecture for Semester 2 Fluids.This video covers fluid machines.

• 11:13

### Fluids - Lecture 4.1 - Dimensional Analysis

Part 1 of the fourth fluid lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 22/11/10.The lecture covers:Introduction, Natural Laws and Fundamental DimensionsSee Part 2 for: Relevance of Dimensional Analysis for Fluids and De

• 12:26

### Fluid Machines Example Problem

Example problem shown during the fourth fluids lecture (Semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 14/03/11.This video covers an example fluid machines problem.

• 13:43

### Fluids - Lecture 2.2 - Continuity and Bernoulli's Equation

Part 2 of the second fluids lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 18/10/10.The lecture covers:Bernoulli's Equation

• 10:07

### Fluids Lecture 3.1 - Minor Losses (S2)

First part of the third fluids lecture (semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 07/03/11.The video covers:- introduction- review of turbulent flow, friction factor and looking up factors from the Moody Chart

• 07:21

### Laminar Flow Example Problem

Example problem shown during the first fluids lecture (Semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 14/2/2011.This video covers an example laminar flow problem.

• 14:13

### Fluids - Lecture 4.2 - Dimensional Analysis

Part 1 of the fourth fluid lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 22/11/10.The lecture covers:Relevance of Dimensional Analysis for Fluids and Derivation of the Reynolds NumberSee Part 1 for: Introduction, Natural

• 11:30

### Fluids Lecture 5 - Fluid Momentum (S2)

First part of the third fluids lecture (semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 07/03/11.The video covers:- introduction- discussion of how to determine the fluid momentum and force on the fluid- how to determin

• 09:00

### Fluids - Lecture 3.1 - Flow Rate Measurement

Part 1 of the third fluids lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 08/11/10.This lecture covers:IntroductionFlow rate measurement - Why?Venturi Meters (pressure difference)See part 2 for: Venturi Meters (flow rate m

• 09:21

### Fluids Lecture 3.2 - Minor Losses (S2)

Second part of the third fluids lecture (semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 07/03/11.The video covers:- components in pipes- minor losses and loss factors- total pressure loss in a pipe system- lecture summ

• 12:03

### Fluids Lecture 2.1 - Turbulent Flow (S2)

First part of the second fluids lecture (semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 28/02/11.The video covers:- introduction- discussion of fluid flow with friction with turbulent flow- how to determine the pressur

• 09:37

### Fluids - Lecture 4.3 - Dimensional Analysis

Part 1 of the fourth fluid lecture as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 22/11/10.The lecture covers:Worked Example and the lecture SummarySee Part 1 for: Introduction, Natural Laws and Fundamental DimensionsSee Part 2 fo

• 08:21

### Fluid Momentum Example 1

Example problem shown during the fifth fluids lecture (Semester 2) as part of the module Thermodynamics and Fluids (UFMEQU-20-1), given on 21/03/11.This video covers an example fluid momentum problem of a jet of water impinging on a flat plate.

• 09:43