Purpose Using suspended nanoparticles in the base fluid is known as one of the most
efficient ways for heat transfer augmentation and improving the thermal efficiency of various …

Experimental and numerical investigations of a brazed plate heat exchanger are performed
in this study. Three approaches are considered in numerical modeling of brazed plate heat …

This study relates to an evaluation of the thermo-hydraulic performance for a state-of-the-art
compact brazer plate heat exchanger (PHE) in 3 kW for 3-plates. To improve heat transfer …

The development of heat transfer devices that are used for heat conversion and recovery in
several industrial and household applications has depended for many years on the study of …

Thermal separation of substances typically involves the use of rectification columns
equipped with condensers and reboilers. This conventional method is notably energy …

In this paper, the enhancement of heat transfer and performance have been investigated
numerically for a novel plate heat exchanger. The effect of changing the shape of the …

Plate heat exchanger (PHE) has been extensively utilized in cooling systems of commercial
electric vehicles (CEVs). To enhance comprehensive performance, it is crucial to optimize …

In contrast to the predominant herringbone shape of heat plates, a microplate heat
exchanger has an array of relatively small dimples. Its number and shape define the …

The study explores the heat transfer mechanism during the aluminum dust flameless
venting, and examines the influence of Fe-Ni foam on pressure evolution process. The …

Utilizing an effective corrugation shape in plate heat exchanger (PHE) results in a
substantial increase in thermal performance and a more compact design for these devices …