The world is running against time to develop enough source of sustainable energy.
Producing a viable and eco-friendly energy source is one part of the solving the energy …

Abstract Pulsating Heat Pipes (PHPs) are cooling devices that are compact in size and have
an ability to transfer heat in low temperature differences. Working fluids strongly affect the …

In this paper, a numerical model of the Pulsating Heat Pipe (PHP) is established, based on
the two-phase flow theory and the Volume of Fluid (VOF) method in Computational Fluid …

In this study, the effect of a flow behavior is taken into account to determine which type of a
pulsating heat pipe (PHP) performs better between a closed-loop pulsating heat pipe …

A heat pipe (HP) is a passive heat transfer device able to transmit heat a few meters or
several hundred meters away from the heat source without use of external energy. This …

Data centers are becoming more powerful and more integrated with the continuous
development of smart cities, which brings us more technological convenience, but also …

The need for sustainable energy sources is growing significantly on a global scale due to
the on-going energy crises and issues with environmental degradation. In order to achieve …

Heat pipes have become popular as passive heat dissipation devices for many applications
ranging from electronics to heat recovery in recent years. Pulsating Heat Pipe abbreviated …

The pulsating heat pipe (PHP) can be used to transfer massive heat to reduce the thermal
damage to the cutting tool when machining difficult-to-cut materials. To select a better open …

The aim of the study is the analysis of a uniform magnetic field effect on fluid flow, heat
transfer, and entropy generation through the operation of a pulsating heat pipe (PHP). An …