Our study investigates the motion, temperature and volume fraction of a nanofluid that flows
at a vertical channel exposed to natural and forced (mixed) convection heat transfer. The …

The design of microchannel based heat sinks for advanced electronic component continues
to receive research interest, especially with the ever-increasing density of advanced chips …

We examined the thermo-hydraulic characteristics for conjugate heat flow in the solar power
plant having wavy channel with porous blocks (WCPB), while taking the thermal dispersion …

Purpose The purpose of this paper is to analyze numerically forced convective conjugate
heat transfer characteristics for laminar flow through a wavy minichannel …

Fundamental understanding on the enhancement of heat transfer rate and decreasing the
maximum operating temperature is crucial for proper design of thermal systems. The present …

Reliable and precise temperature prediction is one of the most crucial challenges for
improving battery performance and preventing thermal runaway. This paper uses a highly …

Many contemporary studies often overlook the reality of non-uniform heat generation in
various modern heating devices by presuming uniform heat distribution, emphasizing the …

In this paper, a new geometry has been proposed to increase heat transfer in tubes. The
fluid used was water-aluminum oxide (Al2O3) nanofluid. The results showed that the …

We investigate computationally the transport characteristics for flow of MWCNT-Fe3O4/H2O
hybrid nanofluid through a wavy channel under the influence of an externally applied …

The assessment of convection heat transfer inside closed chambers has various
applications, such as cooling electronic equipment, designing solar collectors, and building …