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Fluid Mechanics And Machinery

Fluid Mechanics And Machinery

Products

HM 365.32 Turbine supply unit

HM 365.20 Oil pump supply unit

HM 365.10 Supply unit for water pumps

HM 365 Universal drive and brake unit

HM 170.28 Wake measurement

ET 220.10 Control unit for wind power plant ET 220.01

MT 140.10 Cutaway model piston compressor

HM 215 Two-stage axial fan

HM 210 Characteristic variables of a radial fan

HM 292 Experiments with a radial compressor

HM 280 Experiments with a radial fan

HM 282 Experiments with an axial fan

CE 272 Rotary vane vacuum pump

CE 271 Multi-head diaphragm pump

HM 365.24 Internal gear pump

HM 365.23 Vane pump

HM 365.22 External gear pump

HM 365.21 Screw pump

HM 365.19 Vane pump

HM 365.18 Gear pump

HM 365.17 Reciprocating piston pump

HM 365.16 Lobe pump

HM 285 Experiments with a piston pump

HM 286 Experiments with a gear pump

HM 365.45 Axial-flow pump

HM 365.15 Side channel pump

HM 365.14 Centrifugal pumps, series and parallel connected

HM 365.13 Centrifugal pump, multistage

HM 365.12 Centrifugal pump, self-priming

HM 365.11 Centrifugal pump, standard design

HM 299 Comparison of positive displacement machines and turbomachines

HM 362 Comparison of pumps

HM 332 Pump characteristics for parallel and series configuration

HM 305 Centrifugal pump trainer

HM 300 Hydraulic circuit with centrifugal pump

HM 284 Series and parallel configuration of pumps

HM 283 Experiments with a centrifugal pump

HM 450C Characteristic variables of hydraulic turbomachines

HM 405 Axial-flow turbomachines

HM 421 Kaplan turbine trainer

HM 430C Francis turbine trainer

HM 450.02 Francis turbine

HM 365.31 Pelton and Francis turbine

HM 450.01 Pelton turbine

HM 290 Base unit for turbines

HM 291 Experiments with an action turbine

HM 289 Experiments with a Pelton turbine

HM 288 Experiments with a reaction turbine

HM 287 Experiments with an axial turbine

ET 270 Wave energy converter, OWC

ET 220 Energy conversion in a wind power plant

ET 220.01 Wind power plant

HM 272 Reaction turbine

HM 270 Impulse turbine

HM 136 Flow through packed columns

HM 225.02 Boundary layers

HM 170.24 Boundary layer analysis with Pitot tube

HM 170.22 Pressure distribution on an aerofoil NACA 0015

HM 170.21 Aerofoil with slat and slot flap

HM 170.20 Aerofoil, spring-mounted

HM 170.09 Lift body aerofoil NACA 0015

HM 225.06 Coanda effect

HM 225.04 Drag forces

HM 225.08 Visualisation of streamlines

HM 226 Wind tunnel for visualisation of streamlines

HM 153 Visualisation of different flows

HM 133 Visualisation of flow fields

HM 132 Vertical visualisation of flow fields

HM 155 Water hammer in pipes

HM 150.15 Hydraulic ram – pumping using water hammer

HM 150.14 Vortex formation

HM 150.03 Plate weirs for HM 150

ST 250 Cavitation

HM 380 Cavitation in pumps

HM 120 Losses in pipe elements

HM 124 Fluid mechanics experimental plant

HM 122 Pressure losses in pipes

HM 112 Fluid mechanics trainer

HM 150.29 Energy losses in piping elements

HM 261 Nozzle pressure distribution

HM 260 Characteristics of nozzles

HM 172 Supersonic wind tunnel with Schlieren optics

HM 230 Flow of compressible fluids

HM 241 Fundamentals of water flow

HM 225.07 Free jet

HM 225.05 Flow in a pipe bend

HM 225.03 Bernoulli’s principle

HM 225 Aerodynamics trainer

HM 220.02 Measurement of boundary layers

HM 220.01 Venturi tube

HM 220 Air flow experimental plant

HM 240.06 Heat transfer at a cylinder in transverse flow

HM 240.05 Pressure losses in pipe elements

HM 240.04 Pressure distribution on a cylinder

HM 240.03 Electronic total pressure sensor

HM 240.02 Power Meter

HM 240 Principles of air flow

HM 150 Base module for experiments in fluid mechanics

HM 150.13 Methods of flow measurement

HM 150.02 Calibration of pressure gauges