Module

Topic

Sub-topic

0

Introduction

0A

Introduction to Articulate

http://fluidmodules.engr.wisc.edu/module_0a/launcher.html

0B

Introduction to Fluid Dynamics

http://fluidmodules.engr.wisc.edu/module_0b/launcher.html

1

Properties

1A

Pressure, density, specific weight

http://fluidmodules.engr.wisc.edu/module_1a/launcher.html

1B

Viscosity and shear stress

http://fluidmodules.engr.wisc.edu/module_1b/launcher.html

2

Fluid Statics

2A

Pressure in a fluid at rest

http://fluidmodules.engr.wisc.edu/module_2a/launcher.html

2B

Manometers

http://fluidmodules.engr.wisc.edu/module_2b/launcher.html

2C

Forces in a fluid at rest

http://fluidmodules.engr.wisc.edu/module_2c/launcher.html

2D

Pressure prism

http://fluidmodules.engr.wisc.edu/module_2d/launcher.html

2E

Buoyancy

http://fluidmodules.engr.wisc.edu/module_2e/launcher.html

3

Bernoulli Eq

3A

Derivation of Bernoulli equation

http://fluidmodules.engr.wisc.edu/module_3a/launcher.html

3B

Applications of Bernoulli equation

http://fluidmodules.engr.wisc.edu/module_3b/launcher.html

5

Reynolds Transport

5A

System and control volume ideas

http://fluidmodules.engr.wisc.edu/module_5a/launcher.html

5B

Reynolds Transport Theorem derivation

http://fluidmodules.engr.wisc.edu/module_5b/launcher.html

6

Conservation of Mass

6A

Control volumes and mass flows

http://fluidmodules.engr.wisc.edu/module_6a/launcher.html

6B

Mass flow rates and mass storage

http://fluidmodules.engr.wisc.edu/module_6b/launcher.html

6C

Continuity equation and average velocity

http://fluidmodules.engr.wisc.edu/module_6c/launcher.html

7

Linear Momentum

7A

Derivation and application for forces

http://fluidmodules.engr.wisc.edu/module_7a/launcher.html

7B

Absolute and relative vel., moving CV

http://fluidmodules.engr.wisc.edu/module_7b_NEW/launcher.html

8

Angular Momentum

8A

Derivation and application

http://fluidmodules.engr.wisc.edu/module_8a/launcher.html

9

Conservation of Energy

9A

Energy equation for fluids

http://fluidmodules.engr.wisc.edu/module_9a/launcher.html

9B

Bernoulli equation as an energy equation

http://fluidmodules.engr.wisc.edu/module_9b/launcher.html

9C

Applications of energy equation

http://fluidmodules.engr.wisc.edu/module_9c/launcher.html

10

Nondimensional
analysis

10A

Definition, development, and use of nondimensional parameters

http://fluidmodules.engr.wisc.edu/module_10a/launcher.html

10B

Common groups, modeling, similitude

http://fluidmodules.engr.wisc.edu/module_10b/launcher.html

11

Internal Flow

11A

Introduction to viscous flow in pipes

http://fluidmodules.engr.wisc.edu/module_11a/launcher.html

11B

Laminar flow, Navier Stokes equations

http://fluidmodules.engr.wisc.edu/module_11b/launcher.html

11C

Pressure drops in pipes

http://fluidmodules.engr.wisc.edu/module_11c/launcher.html

11D

Piping systems, pump and turbine power

http://fluidmodules.engr.wisc.edu/module_11d/launcher.html

12

External Flow

12A

Laminar and turbulent boundary layers

http://fluidmodules.engr.wisc.edu/module_12a/launcher.html

12B

Governing equations, Blasius solution

http://fluidmodules.engr.wisc.edu/module_12b/launcher.html

12C

Drag on objects

http://fluidmodules.engr.wisc.edu/module_12c/launcher.html

12D

Lift on objects

http://fluidmodules.engr.wisc.edu/module_12d/launcher.html

13

Open Channel Flow

13A

Flow regimes

http://fluidmodules.engr.wisc.edu/module_13a/launcher.html

13B

Energy and head loss, hydraulic jumps

http://fluidmodules.engr.wisc.edu/module_13b/launcher.html

13C

Flow rates in open channels

http://fluidmodules.engr.wisc.edu/module_13c/launcher.html