The objective of this paper is to review the different techniques, which have been used to
enhance the heat transfer rate in heat exchanger devices such as solar air heater, cooling …

Energy and material saving considerations, as well as economic incentives, have led toward
making effort for producing more efficient heat exchange equipment such as solar air …

In the present study, a numerical investigation is conducted to observe the effect of forced
convection heat transfer for various innovative shaped pin fin heatsink designs by altering …

In present research, the flow and heat transfer characteristics of the turbulent flow in the tube
have been numerically investigated. The main purpose of this study is investigating the …

Research on nanofluids for heat transfer augmentation has received a great attention from
many researchers. Recently, many numerical works have been conducted to examine their …

Liquid cooling is an effective method for thermal management of high-power battery packs.
A number of studies have shown that the general methods to enhance heat transfer …

One problem in using baffles in the channels is the formation of Lower Heat Transfer Areas
(LHTA), particularly in the downstream region of baffles (ie in baffle-wall corners). The …

An investigation on heat transfer characteristics in a solar air heater channel using wavy
grooves incorporated with pairs of trapezoidal-winglets (TW) placed on the absorber plate …

An experimental investigation of forced convection heat transfer in a rectangular channel
(aspect ratio AR= 5) with angled rib turbulators, inclined at 45°, is presented. The angled ribs …

Abstract A two-dimensional (2D) numerical simulation is performed to simulate the laminar
forced convection of a nanofluid in a ribbed channel with apart heating (cooling) sources …