This study proposes three composite wick structures (copper power or mesh sintered on
grooved tube), namely, single arch-shaped sintered–grooved wick (SSGW), bilateral arch …

Ultra-thin loop heat pipe (UT-LHP) is a high-performance heat transfer component that
satisfies the requirement of thermal management problems in miniaturized electronic …

The results of flow studies of moist vapour in Laval-liked vapour channels of short linear heat
pipes (HPs) are presented. The increase in heat transfer coefficient of short linear HPs …

The printed wick shows great potential in ultrathin heat pipe and vapor chamber fabrications.
The recipe of printing paste is crucial to the thermophysical properties of the printed wick …

In the current research, a robust three-dimensional numerical model is developed for thin flat
heat pipes (TFHPs) with a hybrid sintered–grooved wick structure. Numerical simulations for …

A mathematical model is applied to study the cylindrical heat pipes (HPs) behaviour when it
is exposed to higher heat input at the evaporator for solar collector applications. The steady …

Variable conductance heat pipes (VCHPs) are the main part of the MASCOT (mobile
asteroid surface SCOuT) lander thermal control system (TCS). They provide variable …

Тепловые режимы электронной аппаратуры военной техники крайне важны не только
для стабилизации её функциональных характеристик, но и для повышения ее …

Increasing renewable electricity production calls for innovative methods to store electricity as
well as a desire for electrification of processes that currently rely on fossil fuels. Zero …

This paper presents the experimental results obtained by cooling the condensation zone of
a flat micro heat pipe (FMHP) using the inverted Seebeck effect (Peltier mode). In all cases …