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 …

A MCOHP (micro-channel oscillating heat pipe) can provide lightweight and efficient
temperature control capabilities for aerospace spacecraft with a high power and small size …

With the development of the data center industry and the increasing power density of
servers, it is crucial to remove waste heat from small-area heat sources to ensure the safe …

The paper presents the experimental investigation of a large scale Pulsating Heat Pipe
(PHP) operating under high heating power load of up to 2 kW (56 kW/m 2). Different Filling …

When machining difficult-to-cut materials, a massive heat will generate and then cause
serious thermal damages to both workpiece and cutting tools. Oscillating heat pipes have …

In this paper, a novel predicting model of artificial neural network (ANN), which can be used
for the PHP with different working fluids and wide operational conditions, was proposed for …

To provide cooling of electronics under nonuniform heating from multiple heat sources, a
novel tandem dual-channel flat-plate oscillating heat pipe (OHP) is tailored and …

Pulsating heat pipe (PHP) is a very efficient solution for electronics cooling. Several
strategies can be applied to improve the thermal performance of PHPs. In this context, the …

This study explores the two-phase flow visualization and thermal performance of an
asymmetric dual-loop pulsating heat pipe (adPHP) and an identical conventional dual-loop …