Two-phase flows in parallel channels are found in various industrial applications employing
heat exchangers, boilers and condensers, cooling systems, etc. Two-phase flow distribution …

This paper presents an evaluation of the performance of a refrigerant distributor with
visualization of the two-phase flow. The distributor is a typical conical design w/o the orifice …

The goal of the work described in this paper was to identify an appropriate CFD model for
refrigerant distributors and to apply the model to develop improved designs. There appears …

This study investigates four influence factors of flow distribution in multi-circuit evaporators
with distributor, including distributor inlet tube length, inclination angle, uneven airflow, and …

Flow mal-distribution of refrigerant in small diameter tube heat exchangers is a great
concern, which may lead to a 25% efficiency loss. Two-phase refrigerant distributors are set …

The current study has investigated two-phase refrigerant flow distribution in heat exchange
manifolds. Experimental data have been acquired in a heat exchanger test rig specially …

Many factors, such as loading, flow circuiting, phase separation, and distributor effectiveness
determine how uniformly refrigerant is distributed within a multicircuited heat exchanger …

The biggest challenge in the evaporator distribution system is to maintain a uniform
distribution of vapor and liquid phases in the evaporator. Uneven distribution will create poor …

Flow maldistribution and specifically in distributors has been a major area of study in
engineering fluid dynamics. The literature shows some of the work done on the flow …

Buharlaştırıcıdaki soğutma çevriminin amacı, soğutucu akışkanın buharlaştırıcıda soğutulan
ortamdan ısı alarak buharlaşmasıdır. Buharlaştırıcı verimini etkileyen en önemli …