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 …

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 …

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 …

In the development of cryogenic pulsating heat pipes for cooling superconducting devices,
numerous progressive heat load tests have been performed at different filling ratios with …

The growing industry of high-temperature superconducting magnets needs to be
accompanied by the development of new cryogenic cooling techniques characterized by low …

An experimental investigation was conducted to study the thermal performance of a
cryogenic pulsating heat pipe (PHP) filled with helium in terms of thermal resistance …

A multi-turn Pulsating Heat Pipe (PHP) made of stainless steel (ID 0.5 mm, OD 0.8 mm),
filled with helium is experimentally investigated. The lengths of the evaporator, adiabatic and …

Cryogenic pulsating heat pipe with the features of exceptional heat transfer performance
and easy manufacturing is a good candidate to effectively transfer the cooling power energy …

Pulsating heat pipes (PHPs) are expected to serve as a significant design component for the
thermal management of superconducting magnets and various cryogenic space …

A three stage Pulsating Heat Pipe has been successfully operated using helium as the
working fluid at fill ratios ranging from 20% to 90%. More than 2000 test runs were …