A loop heat pipe incorporating flow boiling (LHPFB) was proposed to meet the heat
dissipation requirement of high heat flux devices. A boiling chamber was arranged for high …

The present study performed three-dimensional numerical simulations of natural convection
generated by nanofluids between plates under microgravity with gravity modulation. The …

The measured surface tension of a binary liquid is found to depend strongly on the
constituents of the adjacent vapor and on whether equilibrium has been achieved, giving …

The temperature field in welded plates has a significant influence on the microstructure and
thereby their properties during friction stir welding (FSW). In this work, a self-designed heat …

Abstract The Constrained Vapor Bubble (CVB), a simple, wickless, heat pipe design that
depends on interfacial forces to drive corner flow in a square cuvette, was studied in the …

Ensuring the permissible temperature regime of heat-loaded and energy-saturated
equipment is still an urgent problem in heat power engineering and thermal physics. In this …

Bubble nucleation was investigated in a 20-mm-long, wickless heat pipe on the International
Space Station. Over 20 h of running experiments using pentane as the working fluid, more …

Research in the literature about using aluminum and copper heat pipes (HP) with different
working fluids in refrigerated containers is limited. Therefore, an experimental investigation …

The main goal of this research is to study the surface properties of liquid-vapor and liquid-
liquid-vapor interfaces with high precision using the technique of surface light scattering …

A heat pipe is a passive thermal unit that utilizes a phase change mechanism to dissipate
the heat from the hot spot of a device to the outside environment. Evaporation of the liquid at …