This two-part article provides an introduction to dynamic modeling for vapor compression
systems. Part I provides a detailed review of current literature in this area. Both physics-and …

This work thoroughly analyses the developments in dynamic modelling for vapor
compression refrigeration (VCR)/heat pump (HP) systems described in the open literature. In …

A novel photovoltaic/thermal solar-assisted heat pump (PV/T-SAHP) system is described in
this paper. A specially designed direct-expansion evaporator (PV evaporator), which is …

The supercritical carbon dioxide (sCO 2) power cycle has good prospects for use in many
energy applications. Ensuring the stable operation of the power cycle is an important issue …

Frost accumulation on a heat exchanger, a direct result of combined heat and mass transfer
between the moist air flowing across a cold surface, causes heat transfer performance …

This paper presents a model-based optimization strategy for vapor compression
refrigeration cycle. Through analyzing each component characteristics and interactions …

This paper presents the second part of the work concerning the dynamic simulation of small
steam cycle plants for power generation. The work is part of the preliminary study for a …

Existing evaporative-cooling hybrid air conditioning systems cannot fully utilize the
synergistic energy-saving potential of multiple evaporative-cooling technologies. Moreover …

The rack level composite air conditioning system is proposed to satisfy the cooling demand
of the high heat flux density data center. The performance of the system relies highly on …

The mechanical vapor compression system (MVC) coupled with the evaporative-cooling
condenser is an effective method to improve its high temperature adaptability. However, this …