Add to ORKGVarious mathematical models on mechanical vapour-compression heat pumps since 1975 have been reviewed with particular emphasis on their bases and end uses. These models have been classified according to steady- and dynamicstate simulations.
Heat pump systems may serve as a replacement for many heating systems using fossil fuels for heating...
Mechanical compression heat pumping is not new in industrial applications. In fact, industry histo...
In the present work a numerical and experimental analysis of a R134a air to water heat pump is carri...
In this chapter, detailed consideration is given to some of the established approaches for construct...
The work deals with the development of a model of a heat pump, to be used within studies referring t...
Multistage heat pumps are one of the most efficient technologies for delivering heat at temperatures...
Bu çalışmada sürekli rejimde farklı soğutucu akışkanlar için hava-su kaynaklı mekanik buhar sıkıştır...
Consulta en la Biblioteca ETSI Industriales (8953)[eng] The report describes the implementation of a...
This paper compares two alternative approaches to the transient simulation of vapor-compression air-...
HVAC plant designers and energy auditors often face the problem to calculate the performance of heat...
In this paper different energy states of a heat pump are described. Equations used for mathematical ...
The report describes the implementation of a radial micro-compressor in the dynamic modeling softw...
Computer models of the performance of heat pumps and of individual components are described; prelimi...
During the last two decades a strong driving force is directed to development of the simulation mode...
This work is focused on studying the dynamic behavior of an air to water heat pump both experimental...
Heat pump systems may serve as a replacement for many heating systems using fossil fuels for heating...
Mechanical compression heat pumping is not new in industrial applications. In fact, industry histo...
In the present work a numerical and experimental analysis of a R134a air to water heat pump is carri...
In this chapter, detailed consideration is given to some of the established approaches for construct...
The work deals with the development of a model of a heat pump, to be used within studies referring t...
Multistage heat pumps are one of the most efficient technologies for delivering heat at temperatures...
Bu çalışmada sürekli rejimde farklı soğutucu akışkanlar için hava-su kaynaklı mekanik buhar sıkıştır...
Consulta en la Biblioteca ETSI Industriales (8953)[eng] The report describes the implementation of a...
This paper compares two alternative approaches to the transient simulation of vapor-compression air-...
HVAC plant designers and energy auditors often face the problem to calculate the performance of heat...
In this paper different energy states of a heat pump are described. Equations used for mathematical ...
The report describes the implementation of a radial micro-compressor in the dynamic modeling softw...
Computer models of the performance of heat pumps and of individual components are described; prelimi...
During the last two decades a strong driving force is directed to development of the simulation mode...
This work is focused on studying the dynamic behavior of an air to water heat pump both experimental...
Heat pump systems may serve as a replacement for many heating systems using fossil fuels for heating...
Mechanical compression heat pumping is not new in industrial applications. In fact, industry histo...
In the present work a numerical and experimental analysis of a R134a air to water heat pump is carri...