The rolling piston type rotary compressors consume huge amount of energy in buildings due
to the large quantity of applications in household as well as commercial air-conditioners and …

This paper presents a comparative analysis on leakage losses of a rolling piston type rotary
compressor with refrigerants of R290, R22 and R410a. In particular, the difference of …

In this paper a non-isothermal two-phase model for oil–R134a refrigerant mixture flow is
presented to predict the R134a leakage through the radial clearance of rolling piston …

The leakage characteristics during the compression process in a rolling piston rotary
compressor were investigated in this research. The thermodynamic conditions and …

A first cavitation modeling with thermal effects for oil/refrigerant solutions lubricated
elastohydrodynamic point contacts is reported in this work. The solubility of the oil/refrigerant …

Flow boiling heat transfer, pressure drop and flow pattern of CO?-POE oil mixtures were
experimentally investigated in smooth and micro-fin tubes. The POE oil used features full …

The functional formula of the flow coefficients for the radial clearance in a rolling piston
rotary compressor was developed by the experiments and Computational Fluid Dynamics …

The fluid that separates the contacting elements in many industrial applications is often a
mixture of oil and operating fluids. This work aims to provide a better understanding of …

Many researchers have modeled the refrigerant's internal flank leakage in rolling piston
compressors as a convergent, divergent nozzle flow for simplicity in simulation work. To …

Functional formula of the flow coefficients for the radial clearance in a rolling piston rotary
compressor was developed by the experiments and CFD (Computational Fluid Dynamics) to …