The students know

• mixtures of substances and can apply them to problems of air conditioning and process engineering.
• about the thermodynamic description of flow processes in nozzles as well as the calculation of energy conversion by combustion and in fuel cells.

B2.00000.10.010 - Engineering Mathematics 1
B2.00000.20.010 - Engineering Mathematics 2
B2.00000.20.030 - Physics 2
B2.06060.30.050 - Fluid Mechanics
B2.06060.30.040 - Engineering Thermodynamics 1

• Flow processes: flow in nozzles, compression shock
• Mixtures of substances: basics; humid air and applications in air conditioning technology, absorption heat pumps and chillers, selected applications in process engineering
• Energy conversion by combustion and in fuel cells
• Energy efficiency considerations of complete systems

G. Cerbe, G. Wilhelms: Technische Thermodynamik. 15. Aufl., Hanser 2008
F. Bosnjakovic, K.F. Knoche: Technische Thermodynamik I. 8. Aufl., Steinkopff 1998
F. Bosnjakovic, K.F. Knoche: Technische Thermodynamik II. 6. Aufl., Steinkopff 1997

Integrated course (ILV)

overall examination