The use of the two-phase closed thermosyphons (TPCTs) is increasing for many heat
transfer applications. This paper reviews the most recent published experimental and …

There has been a continuous increase in the number and size of data centers because of
the rapid development in the demand for data storage, networking, and computation …

The realization of the importance of high-performance heat transfer units, in this case a two-
phase closed thermosyphon (TPCT), has gained a foothold in recent years. To this end, the …

On course to maximization and optimization of a two-phase closed thermosyphon, this paper
expounds on multiple impactful factors in an experimental and numerical setting. Among …

In permafrost regions, two-phase closed thermosyphons (TPCTs) can be used to release
heat from permafrost. TPCTs are thus embedded in foundations of infrastructures for …

Miniature heat pipes are considered as an innovative solution able to dissipate high heat
fluxes with low working fluid charge, temperature control, and operating with minimum …

The present work focuses mainly on the effects of heat input, filling ratio, inclination angle,
tube diameter and coolant temperature on the thermal performance of a wraparound heat …

A comprehensively two-dimensional model is established to investigate the thermal
performance of two-phase closed thermosyphon (TPCT) charged with acetone. A Volume of …

This study investigates the complex dynamics of heat transfer and phase change within a flat-
shaped thermosyphon, examining various parameters and working fluids. The research …

Boiling enables high rates of heat transfer from a surface made possible at a relatively low
thermal resistance motivating the use of two-phase cooling for increasingly compact thermal …