Improving boiling is challenging due to the unpredictable nature of bubbles. One way to
enhance boiling is with surfactants, which alter the solid–liquid and liquid–vapor interfaces …

Pulsating heat pipes are cooling devices that are partially filled with working fluid. Working
fluid thermophysical properties affect the thermal performance of pulsating heat pipes. In this …

Adding nanoparticles or surfactants to pure working fluid is a common and effective method
to improve the heat transfer performance of pool boiling. The objective of this research is to …

In our efforts to improve the pool boiling heat transfer of water, three sets of experiments are
carried out to investigate the best coolant for heat removal among alumina, silica, and zinc …

The present article is focused on two phase heat transfer experiment, conducted over plain
and porous coated circular tube of 20 mm diameter with 130 mm heating length in the …

By coupling the equations of the modified Reynolds equation with the anisotropic slip effect,
the piezoviscosity and piezodensity relations, the elasticity deformation equation, and the …

This article presents two types of advanced heat exchangers: high‐temperature heat
exchangers (HTHE s) and compact heat exchangers (CHEs). Design materials selection …

Boiling is a process commonly utilized in many industrial applications such as power
generation, water desalination, building environment control, and thermal management of …

In this study, nucleate pool boiling of surfactant solutions at low heat fluxes is investigated.
The surfactants chosen for the study are an ionic sodium lauryl sulfate (SLS), nonionic …

In the present article, two phase heat transfer experiments are conducted on plain and
porous coated circular tubes of 20 mm diameter with an effective heating length of 130 mm …