This paper experimentally and numerically investigates the effect of the meniscus on the
heat-transfer of a loop heat pipe (LHP) evaporator as an aid in performance prediction. The …

This paper reports the test results and evaluation of gravity effects on long-distance loop
heat pipe (LLHP) with 10 m distances for heat transport. First, the LLHP was designed based …

This paper presents a method to optimize wick shape in the capillary evaporator of loop heat
pipes and capillary pumped loops. The evaporator heat-transfer coefficient is maximized …

This paper reports a theoretical and experimental study on a thermo-fluid dynamics in an
evaporator of a loop heat pipe (LHP). A steady-state model that includes liquid–vapor …

This paper reports on a visualization study investigating the characteristics of the liquid–
vapor interface behavior on the surface of a wick in the capillary evaporator of loop heat …

The pore scale numerical simulations on evaporation of a three-dimensional heterogeneous
porous wick capillary evaporator used in a loop heat pipe (LHP) are realized through using …

The present paper investigates the potential of loop heat pipe (LHP), with respect to
technological merits and application niche, in automotive thermal management. Broadly …

In this study, the characteristic of liquid–vapor interface behavior in a capillary evaporator of
loop heat pipes (LHPs) is studied experimentally and theoretically. The behavior of a phase …

An important consideration while designing the shape of a capillary evaporator is the phase
distribution in the wick. However, the distribution depends on the working fluids and porous …

A three-dimensional numerical study is developed to investigate the heat and mass transfer
in the vapour removal channels of a Loop Heat Pipe (LHP). The heat transfer governing …