Loop heat pipes (LHPs) are efficient and reliable heat transfer systems whose operation is
based on the liquid–vapour phase-change phenomenon. They use the capillary pressure …

A miniature loop heat pipe is theoretically modelled and the predicted results are used to
compare the thermal performance and entropy generation with the experimental results. The …

The feasibility of using multiport minichannel (MPMC) as thermosyphon for cooling
miniaturized electronic products is experimentally investigated with acetone as the working …

The loop heat pipe (LHP) is a two-phase heat transfer device used for thermal management
in applications like space, mobile, laptop, electronic cooling. In the present study, modeling …

In the design and optimization of ambient and cryogenic loop heat pipes (ALHPs and
CLHPs), the cost for optimizing every parameter may be very high. Additionally, in cryogenic …

The increasing development of electronics leads to higher constraints regarding their
thermal management. Loop heat pipes (LHP) become more and more attractive because …

It is necessary to study the phase transition in capillary cores to achieve more efficient heat
transfer. Here, we propose a model to simulate the evaporation of meniscus in …

Loop heat pipe (LHP) is an effective two-phase heat transfer device that utilizes evaporation
and condensation of a working fluid. LHP is widely used in a passive cooling system, highly …

Temperature oscillation usually occurs in the LHP operation, which would impede the
temperature controlling ability of LHPs. Therefore, in this paper, the characteristics of …

The effect of the presence of high thermal conductivity fluids such as liquid metals (eg
mercury) put in direct contact with hotter water on enhancing the rate of cooling of the hotter …