Hydrodynamics

Principles of hydrodynamics

Hydrodynamics is concerned with the study and description of fluids in motion. The main emphasis is the teaching of the conservation laws of mass, energy and momentum.

Osborne Reynolds experiment

HM 150.18

Osborne Reynolds experiment

Visualisation of laminar and turbulent flow.

Visualisation of pipe flow

HM 250.01

Visualisation of pipe flow

Visualisation of laminar and turbulent flow.

Open channel

HM 250.02

Measurement of flow profile

Measurement of laminar and turbulent flow.

Measurement of flow profile

HM 250.11

Open channel

Flow around various drag bodies and incident flow of weirs.

Bernoulli's principle

HM 150.07

Bernoulli's principle

Static pressure and total pressure distribution along the Venturi nozzle.

Bernoulli's principle

HM 250.07

Bernoulli's principle

Static pressure and total pressure distribution along the Venturi nozzle.

Measurement of jet forces

HM 150.08

Measurement of jet forces

Demonstration of the principle of linear momentum; interchangeable deflectors with different deflection angles.

Measurement of jet forces

HM 250.05

Measurement of jet forces

Demonstration of the principle of linear momentum; interchangeable deflectors with different deflection angles.

Visualisation of streamlines in an open channel

HM 150.21

Visualisation of streamlines in an open channel

Flow around various drag bodies and incident flow of weirs; ink as contrast medium.

Visualisation of streamlines

HM 150.10

Visualisation of streamlines

Investigation of flow around models in laminar, two-dimensional flow using ink as contrast medium.

Visualisation of streamlines

HM 250.03

Visualisation of streamlines

Investigation of cross-sectional changes in laminar, two-dimensional flow; visualisation using electrolytically generated hydrogen bubbles.

Continuity equation

HM 250.04

Continuity equation

Relationship between cross-sectional area traversed and flow velocity.

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