Boiling heat transfer in microchannels has been a very hot topic in heat transfer research
over the past two decades, fuelled by the dramatic need for high heat flux cooling of …

The solar still system effectively addresses water scarcity concerns by adopting suitable
methods for enhancing yields. Incorporating a preheating system, such as channels within …

This study computationally investigates into the transport phenomena and heat transfer
mechanisms associated with subcooled and saturated flow boiling of R-134a in large length …

Constructal design of high heat flux two-stacked horizontal microchannel heat sinks are
presented for cooling of electronic devices. Using ANSYS Computational Fluid Dynamics …

Flow boiling within microchannels is an efficient heat removal mechanism by utilizing the
latent heat of the fluid. Numerical simulations can resolve the small temporal and spatial …

Microchannel two‐phase flow is an effective cooling method used in microelectronics, in
which the heat flux density is unevenly distributed usually. The paper is focused on …

A combined numerical and experimental investigation to elucidate the two-phase flow
behaviour and heat transfer during subcooled boiling of water in 1× 1 cm 2 footprint area …

Microchannels are a promising solution for high-heat-flux thermal management scenarios,
including high-performance microelectronics cooling and power electronics cooling …

The aim of this paper is to present the results of the experimentally validated numerical code
designed for thermal-fluid computations in pulsating heat pipes using CFD techniques. The …

This article presents a computational study of saturated flow boiling in non-circular
microchannels. The unit channel of a multi-microchannel evaporator, consisting of the fluidic …