Oscillating heat pipes are heat transfer devices with the potential of addressing some of the
most pressing current thermal management problems, from the miniaturization of microchips …

The combined application of nanofluids and pulsation was adopted to enhance heat transfer
in a mini-channel corrugated tube. The corrugated tube provided a higher heat transfer …

Currently electricity generation technologies by thermal energy conversions become strong
demand. The objective of this paper is to present a novel thermal study of absorber/receiver …

Rice husk was used as raw-material to produce nano-SiO 2 by the heat treatment method,
and the structural characteristics of rice husk SiO 2 (R-SiO 2) was compared with the …

An oscillating heat pipe (OHP) is a special kind of heat pipe in which the working fluid
experiences an oscillatory motion without the need for wick structures or external electrical …

In the present work, a parametric numerical study is performed for a converging–diverging
channel under pulsatile flow conditions. The sinusoidal velocity at the channel entrance …

The gas turbine vanes have to withstand the impact of the high temperature gas and keep
working in this high temperature which is much higher than the metal melting point. For this …

Dans le but d'optimiser la production d'énergie des moteurs à combustion interne et externe,
une meilleure compréhension des écoulements pulsés est nécessaire. Or, ceux-ci sont …

Heat transfer enhancement has been the goal of many researches carried out over the past
three decades. Employing the modified fluids, changing the flow geometry, and active …

The present study investigates the effect of this pulsation on blade internal cooling and
temperatures. A cooling channel in the hot region of the C3X vane as a two-dimensional and …