HM 150.03 Plate weirs for HM 150

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ST 250 Cavitation

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HM 380 Cavitation in pumps

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HM 120 Losses in pipe elements

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HM 124 Fluid mechanics experimental plant

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HM 122 Pressure losses in pipes

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HM 112 Fluid mechanics trainer

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HM 150.29 Energy losses in piping elements

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HM 261 Nozzle pressure distribution

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HM 260 Characteristics of nozzles

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HM 172 Supersonic wind tunnel with Schlieren optics

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HM 230 Flow of compressible fluids

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HM 241 Fundamentals of water flow

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HM 225.07 Free jet

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HM 225.05 Flow in a pipe bend

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HM 225.03 Bernoulli’s principle

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HM 225 Aerodynamics trainer

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HM 220.02 Measurement of boundary layers

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HM 220.01 Venturi tube

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HM 220 Air flow experimental plant

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HM 240.06 Heat transfer at a cylinder in transverse flow

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HM 240.05 Pressure losses in pipe elements

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HM 240.04 Pressure distribution on a cylinder

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HM 240.03 Electronic total pressure sensor

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HM 240.02 Power Meter

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HM 240 Principles of air flow

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HL 210 Installation technology: losses in a pipe system

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HL 111 Installation technology: losses in straight pipes

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HL 103 Installation technology: losses in pipe bends

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HL 113 Installation technology: losses in valves and fittings

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HL 102 Installation technology: losses in different pipes

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HM 160 Experimental flume 86x300mm

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HM 111 Pipe networks

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HM 164 Open channel and closed channel flow

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HM 150.11 Losses in a pipe system

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HM 150.01 Pipe friction for laminar / turbulent flow

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HM 150.21 Visualisation of streamlines in an open channel

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RT 390 Test stand for control valves

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RT 396 Pump and valves and fittings test stand

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