A major problem in the open cooling systems is high make-up water consumption. The
purpose of this research work is to use of the optimized refrigeration cycle (close loop) and …

In this study, steady state combined developing flow and heat transfer in spiral tube coils is
numerically investigated. The spiral coil is isothermal and the fluid flow is laminar. The spiral …

This study addresses heat transfer performance of laminar non-Newtonian fluid flow in
various configurations of coiled square tubes eg, in-plane spiral ducts, helical spiral ducts …

The evaporation processes at low temperatures are essential for the factories and thermal
systems as the heat pumps by absorption. This paper shows the design, building and …

In this paper, we present a comprehensive study on the heat transfer in the spiral coiled
tubes, employing both numerical simulations and experimental analysis. The investigation …

This paper experimentally investigates the effects of tube and coil diameters on flow boiling
heat transfer coefficients inside small diameter (< 3 mm) helically coiled tubes. Four different …

The objective of this study was to carry out a parametric study of laminar flow and heat
transfer characteristics of coils made of tubes of several different cross-sections eg square …

This thesis describes experimental and theoretical investigation on the use of small diameter
helically coiled tubes for the evaporator of miniature refrigeration systems. A detailed review …

Domestic refrigerator is one of the major energy-consuming appliances, and the
enhancement of its energy efficiency plays a vital role in implementing the energy …

The Archimedean spiral coil made of a transversely corrugated tube was exposed to radiant
heating in order to represent a heat absorber of the parabolic dish solar concentrator. The …