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ET 380 |
- ET 360 Refrigeration circuit with propane
- SE 200 MEC - Frame
- SE 200.01 MEC - Forces in trusses
- SE 200.02 MEC - Forces on a suspension bridge
- SE 200.05 MEC - Cable forces and pulley blocks
- RT 010 Training system level control, HSI
- RT 020 Training system flow control
- RT 030 Training system pressure control
- RT 040 Training system temperature control
- RT 050 Training system speed control
- RT 060 Training system position control
- RT 451 Flow control
- RT 452 Flow control
- RT 453 Pressure control
- RT 454 Temperature control
- RT 455 pH value control
- ET 432 Piston compressor in refrigeration
- ET 380 Refrigeration cycle: refrigeration plant and heat pump
- ET 620 Air conditioning and ventilation system
- ET 350 Changes of state in the refrigeration circuit
- HM 150.03 Plate weirs for HM 150
- HM 150.13 Methods of flow measurement
- HM 150.29 Energy losses in piping elements
- HM 150.20 Operating principle of a Francis turbine
- HM 150.21 Visualisation of streamlines in an open channel
- HM 150.19 Operating principle of a Pelton turbine
- HM 150.14 Vortex formation
- HM 150.08 Measurement of jet forces
- HM 150.18 Osborne Reynolds experiment
- HM 150.09 Horizontal flow from a tank
- HM 150.07 Bernoulli's principle
- HM 150.12 Vertical flow from a tank
- HM 150.10 Visualisation of streamlines
- HM 150.01 Pipe friction for laminar / turbulent flow
- HM 150.04 Centrifugal pump
- HM 150.11 Losses in a pipe system
- HM 150.16 Series and parallel configuration of pumps
- HM 150.15 Hydraulic ram – pumping using water hammer
