The present study investigated the increase of heat transfer rate of the microchannel
(heatsink) with high heat flux using topology structures and CNTs nanofluids. The heat …

Renewable energy and electric vehicles are crucial subjects of the global transition towards
a sustainable future. Insulated gate bipolar transistors (IGBTs) are essential components of …

The aim of this work is to analyse numerically the heat transfer for serpentine-type cooling
channels in a PEM fuel cell stack. The effect of the coolant type, the flow rate, the inlet …

As the global market transitions from conventional to renewable energy sources, the
production of electric vehicles (EVs) has surged, presenting new challenges that require …

The relentless advancement in electronics miniaturization and performance has birthed a
tremendous amount of heat flux, demanding effective dissipation techniques. Thermal …

This study proposes a novel heat sink for insulated-gate bipolar transistor modules utilizing
flat miniature-heat-pipe arrays. The influence of heat load, cooled-air temperature, and …

Temperature uniformity in high-heat-flux electronic devices is an important concern in the
field of micro-scale heat transfer. The present study recommends four novel configurations of …

Optimisation of indirect heaters in gas pressure-reducing stations is one of the main goals in
countries with high natural gas reserves. This paper mainly aims to optimise the 3D-heat …

The high latent heat of phase change materials (PCMs) makes them one of the most
important sources of heat energy storage systems. However, due to the slow rate of heat …

In the current study, a new configuration of minichannels is proposed to improve the thermal
performance of conventional plate-fin aluminum heat sink used for the thermal management …