With recent technological advances, thermal transport from different electronic and electrical
devices is the most vital concern. The microchannel heat sink (MCHS) of liquid cooling is a …

Heat dissipation of various electrical and electronic devices has been a significant concern
in the current years of modernisation. Many researchers proved that a liquid-cooled …

A numerical simulation is conducted to examine the heat transfer and fluid flow
characteristics of nanofluids in a triangular grooved microchannel heat sink (TGMCHS). The …

This article presents performance comparison between different liquid metal-based
nanofluids termed as nano-liquid metal fluids in a microchannel heat sink to achieve …

Nanofluids hold significant potential in the field of heat transfer intensification. The objective
of this paper is to investigate the thermal-hydraulic characteristics of Ag, SiO 2, and Al 2 O 3 …

This paper describes the numerical modelling of heat transfer and fluid flow characteristics
for various types of nanofluids and water passing through a microchannel heat sink (MCHS) …

The present article deals with the computational fluid dynamics (CFD) investigation of flow
and heat transfer of a [C2mim][CH3SO3]/Al 2 O 3 ionanofluid in one conventional tube and …

As size of Integrated circuit is goes on decreasing and number of elements per chip
increases, the heat dissipation per unit area of IC increases. Therefore, nanofluid forced …

Electronics devices growth in the last decade of the twentieth century ushered in a revolution
inside the electronics segment. Continuous micro-sizes and operation cause these devices …

Energy is one of the primary foundations supporting evolutionary changes. Heat transfer is
improved by increasing the surface area density and/or changing the base fluid …