Work proposes the optimization of an ejector refrigeration cycle, based on one-dimensional modelling techniques and some innovative design criteria for the ejector. A specific model is proposed for mixing chamber and the method of Constant Rate of Momentum Change integrating friction losses is used for supersonic diffuser design. An experimental apparatus has been developed and realized to validate optimization results and design criteria.
Optimization of an ejector refrigeration cycle / D. Paganini. - STAMPA. - (2013).
Optimization of an ejector refrigeration cycle
PAGANINI, DARIO
2013
Abstract
Work proposes the optimization of an ejector refrigeration cycle, based on one-dimensional modelling techniques and some innovative design criteria for the ejector. A specific model is proposed for mixing chamber and the method of Constant Rate of Momentum Change integrating friction losses is used for supersonic diffuser design. An experimental apparatus has been developed and realized to validate optimization results and design criteria.
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