The simultaneous use of turbulators and nanofluids as the working fluid is an effective
strategy for improving the thermal performance of parabolic solar collectors (PTCs). In the …

In the present study, the effects on the hydraulic and thermal performance of pulsating flow
in a periodic corrugated channel with discrete V-type winglets were numerically …

The enhancement characteristics of heat transfer in conjunction with a low pressure drop
were experimentally and numerically investigated for the novel geometry wavy shaped …

Improving thermal performance in heated channels has received much attention from many
researchers due to its presence in various thermal systems. The present research …

An experimental and numerical investigation is conducted for convective heat transfer and
flow characteristics in a channel with rectangular grooved top and bottom walls. The study is …

This study presents hydrodynamics and heat transfer of steady and pulsating flow in a
rectangular grooved channel for the Reynolds number and pulsation frequency ranges of …

The development of heat transfer devices that are used for heat conversion and recovery in
several industrial and household applications has depended for many years on the study of …

Heat exchangers are used in air conditioners, heat pumps, marine, land and air vehicles,
refrigeration systems, thermal and nuclear power plants, etc. Increasing heat transfer …

There is a consensus among researchers that the simultaneous involvement of heat and
mass transfer in fluid flow owns numerous daily life applications like energy systems …

The combination of flow-induced vibration and pulsating flow has a greater potential to
enhance heat transfer. This study aims to investigate the effect of flow-induced vibration …