In the present study, a triplex-tube, employing fin-enhanced phase change materials
(PCMs), as a thermal energy storage (TES) system was studied numerically. The main flaw …

In today's complex micro–electro–mechanical systems (MEMS), investigation of flow through
irregular micro/nanochannels, such as bended channels, variable cross-sectional area …

The enhancement of heat transfer in microchannels without phase change is a significant
area of study, primarily driven by the internal fluid recirculation in two-phase flows. This …

Although the impact of impinging droplets on solid substrates has been widely studied, any
possible non-trivial interaction between the substrate wettability and applied electric field …

Mixing of high-viscosity liquids (eg glycerol–water solutions) is challenging and costly and
often requires employing active mixing methods. Two-phase flow micromixers have attracted …

With recent advances in semiconductor technology, conventional cooling methods and
standard coolants are no longer adequate to manage electronic chips' enormous heat …

Background Droplet-based microfluidics is an emerging technology for thermal
management of high heat dissipating systems and electronics cooling. Method The current …

The numerical simulation of heat transfer in Taylor flows involving water-light mineral oil,
water-hexadecane, and water-dodecane configurations was conducted, considering water …

As high-performance computing devices continue to evolve toward miniaturization and
integration, chip performance has increased significantly. However, chip dimensions are …

The laminar nature of flow in mini and microchannels has pushed researchers to develop
novel solutions to overcome reaction rate reduction and heat/mass transfer issues. In this …