Students know the general physical principles of energy conversion processes and their application in gas turbine systems, hot gas and combustion engines. They know about the physical behavior of steam and technical refrigerants and their use in steam turbines, heat pumps and chillers.

B2.06060.22.040 - Heat and StoffübertragungB2.00000.11.010 - Engineering Mathematics 1AB2.00000.12.080 - Engineering Mathematics 1BB2.00000.21.140 - 2AB2.00000.21.180 Engineering Mathematics - Physics 2A

State variables, thermodynamic systems

1st Law, heat, concept of work, internal energy and enthalpy changes of state of ideal gases

Irreversible processes, 2nd Law, entropy, exergy and anergy cycles Applications of the ideal gas: gas turbine systems, combustion engines,

Behavior of pure fluids, equations of state and charts

Behavior of the water-steam; application to steam turbines

Behavior of technical refrigerant; application to heat pumps and chillers

Cerbe, Wilhelms: Technische Thermodynamik; HanserH. Herwig, C. H. Kautz: Technische Thermodynamik; PearsonK. Langeheinecke (Hrsg), Thermodynamik für Ingenieure, Vieweg 2004

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