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Flow in a pipe is used to illustrate laminar and turbulent flow. The Reynolds number is explained as the ratio of inertia and viscous forces, the key Reynolds number of 2500 being given as the limit of...
Documents the results of ten years’ research by Professor Stanley Hartland. By means of normal, high-speed and time-lapse cine techniques, key phenomena underlying drop coalescence are illustrated. In...
Using a mechanical model, shows aspects of wave motion applicable to mechanical, acoustic, electric and optical waves. The electrical and acoustical systems analogous to the mechanical system demonstrated...
Theory, laboratory experiments using wave machines in tanks of water.
Shows a vortex tank and various phenomena of flow through a bellmouth spillway. The phenomena illustrated include radial flow into a bellmouth, the formation of a vortex, the emptying and filling of the...
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