classReferences

References

Extends from Modelica.Icons.References.

Information

In the following, the literature used for the compressor library is summarised.

References regarding compressors in general

W. Eifler, E. Schlücker, U. Spicher and G. Will (2009): Küttner Kolbenmaschinen: Kolbenpumpen, Kolbenverdichter, Brennkraftmaschinen (in German). Publisher: Vieweg + Teubner

H. Qiao, R. Radermacher and V. Aute (2010): A review for numerical simulation of vapor compression systems. In: International Refrigeration and Air Conditioning Conference

P.C. Hanlon (2011): Compressor Handbook. Publisher: McGraw-Hill

V. A. Cara Martin and R. Radermacher (2015): AHRI Project 8013: A Study of Methods to Represent Compressor Performance Data over an Operating Envelope Based on a Finite Set of Test Data. Publisher: Air-Conditioning, Heating, and Refrigeration Institute (AHRI)

References regarding engine efficiencies

I.D. Jähnig, D. Reindl and S.A. Klein, S. A. (2000): Semi-empirical method for representing domestic refrigerator/freezer compressor calorimeter test data.

M.-E Duprez, E. Dumont and M. Frère (2007): Modelling of reciprocating and scroll compressors. In: International Journal of Refrigeration 30(5), S. 873–886

E. Kinab, D. Marchio, P. Rivière and A. Zoughaib (2010): Reversible heat pump model for seasonal performance optimization. In: Energy and Buildings 42(12), S. 2269–2280

J.M. Mendoza-Miranda, A. Mota-Babiloni, J.J. Ramírez-Minguela, V.D. Muñoz-Carpio, M. Carrera-Rodríguez, J. Navarro-Esbrí and C. Salazar-Hernández (2016): Comparative evaluation of R1234yf, R1234ze(E) and R450A as alternatives to R134a in a variable speed reciprocating compressor. In: Energy 114, S. 753–766

M. Engelpracht (2017): Development of modular and scalable simulation models for heat pumps and chillers considering various refrigerants. Master Thesis

References regarding volumetric efficiencies

J.H. Darr and R.R. Crawford (1992): Modeling of an Automotive Air Conditioning Compressor Based on Experimental Data: ACRC Technical Report 14. Publisher: Air Conditioning and Refrigeration Center. College of Engineering. University of Illinois at Urbana-Champaign.

F. Karlsson (2007): Capacity Control of Residential Heat Pump Heating Systems. In: PhD thesis

R. Zhou, T. Zhang, J. Catano, J.T. Wen, G.J. Michna, Y. Peles, and M.K. Jensen, M. K. (2010): The steady-state modeling and optimization of a refrigeration system for high heat flux removal. In: Applied Thermal Engineering 30(16), S. 2347–2356

E. Kinab, D. Marchio, P. Rivière and A. Zoughaib (2010): Reversible heat pump model for seasonal performance optimization. In: Energy and Buildings 42(12), S. 2269–2280

W. Li (2013): Simplified steady-state modeling for variable speed compressor. In: Applied Thermal Engineering 50(1), S. 318–326

Q. Hongtao, C.R. Laughman, D.J. Burns and S.A. Bortoff, (2017): Dynamic Characteristics of an R-410A Multi-split Variable Refrigerant Flow Air-conditioning System. In: IEA Heat Pump Conference 2017

D. Körner (2017): Development of dynamic compression heat pump models to evaluate promising refrigerants considering legal regulations. Master Thesis

M. Engelpracht (2017): Development of modular and scalable simulation models for heat pumps and chillers considering various refrigerants. Master Thesis

References regarding isentropic efficiencies

F. Karlsson (2007): Capacity Control of Residential Heat Pump Heating Systems. In: PhD thesis

M. Engelpracht (2017): Development of modular and scalable simulation models for heat pumps and chillers considering various refrigerants. Master Thesis

Revisions

October 19, 2017, by Mirko Engelpracht:
First implementation (see issue 467).