Loop heat pipes (LHPs) are heat transfer devices whose operating principle is based on the
evaporation/condensation of a working fluid, and which use the capillary pumping forces to …

This article describes the design, fabrication, and heat transfer characteristics of a novel type
of loop thermosyphon with a horizontal porous evaporator (LTHPE) of the kW-class heat …

LOOP heat pipes (LHP) are thermocapillary-driven two-phase heat transport systems that
have already proved their efficiency in terms of thermal management of electronic devices …

Heat leak (HL) has a significant influence on the thermal performance of loop heat pipes. It is
difficult to measure the HL properties inside the evaporator through proper experiments. In …

According to recent aircraft engine development trends, the performance enhancement of
the propulsion plants is accompanied by both an increase of the overall pressure ratio and a …

This paper proposes an ejector-assisted copper–water loop heat pipe with a flat evaporator
(ELHP) for applications in electronic cooling. In the ELHP, the ejector is used to remove the …

High-power light-emitting diodes can dissipate several times more heat power than
conventional lighting devices, while keeping the junction temperature below a security …

This work deals with modeling of the thermal performance of a copper-water loop heat pipe
(LHP) with a flat evaporator operating in steady state operation. The model is based on …

A theoretical steady state study is conducted to explore the effect of different parameters on
the performance of a micro Loop Heat Pipe (LHP) that utilizes a Coherent Porous Silicon …

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