The presence of non-uniformities in the channels of a heat exchanger due to poor design of
manifold and channel parameters has been the focus of the present paper. Unequal flow …

Understanding of flow characteristics of microchannel heat sink (MCHS) is a prerequisite for
its design. Performance optimization via accurate design of manifold zone and subsequent …

In this article, we describe a new approach for the compact and energy-efficient cooling of
converters where multiple miniaturized microfluidic cold plates are attached to transistors …

Flow uniformity among individual channels within a microchannel array can be a significant
factor affecting the performance of laminated structured micro-devices. In this study …

This paper presents the results of a computational fluid dynamics (CFD) study of a wind farm
with two sets of 2MW class wind turbines. CFD analysis was calculated by using the …

High performance and economically viable cooling solutions must be developed to reduce
weight and volume, allowing for a wide-spread utilization of hybrid electric vehicles. The …

The fluid distribution had a significant effect on the performance of the I-shaped multichannel
heat sink. Previous researchers have improved fluid distribution by arranging baffles; …

The increased power consumption and continued miniaturization of high-powered electronic
components have presented many challenges to their thermal management. To improve the …

Flow maldistribution in parallel mini-channels is a critical obstacle to the efficient design of
mini-channel heat sinks. The flow maldistribution is known to cause dryout incipience in …

Coolant maldistribution has obvious negative effects on the liquid cooled heat sink (LCHS)
performance. This work proposed a distribution header parametric model to improve flow …