Computing the flow field under free convection in a cavity becomes particularly challenging
for low-Prandtl-number (Pr) fluids typically encountered for liquid metals. The objective of the …

The evolution of vortical structures and passive scalar transport in the starting process of
annular purging jets are numerically investigated by large eddy simulation. Three flow …

In the present paper, turbulent flow field and heat transfer over a moving surface under an
array of im**ing annular jets have been numerically studied. The flow field was resolved …

The purpose of the current experimental study is to assess the influence of im**ing air jet
movement on the heat transfer of a fixed flat plate. The experiments are conducted with …

The present study is an initiation to investigate the effect of plate movement on heat transfer
characteristics in the solid plate and the fluid domain due to the turbulent wall jet flow over …

In this work, we conduct a numerical study to determine whether or not an angled exit jet or a
vectored annular jet may improve heat transfer across the im**ing surface under an …

Computing the flow field under natural convection in a cavity becomes particularly
challenging at low Prandtl number (Pr) fluids such as in liquid metals. In this study, our …

This study presents a comprehensive numerical investigation on the enhancement of heat
transfer efficiency in a shell and tube heat exchanger employing variable angular baffles …