The present study analyzes on the reviews carried out by the previous researchers on the
entropy generation caused by the flow and heat transfer of several composite nanofluids …

Our study investigates the motion, temperature and volume fraction of a nanofluid that flows
at a vertical channel exposed to natural and forced (mixed) convection heat transfer. The …

The performance of MWCNT+ Fe 3 O 4/water hybrid nanofluids as the coolant of a plate heat
exchanger is experimentally investigated for particle concentrations in the range from 0.05 to …

Ultrasonic vibration and porous medium utilization are both proven to be beneficial
techniques to improve cooling performance of heat sinks. Present work aims at exploring the …

In addition to solar water heating and transformers, these applications of research include
heat exchangers and braking fluids, as well as acoustics and microelectronics. The …

In today's world, thermal management in the components of new electronic and
electromechanical technologies has become one of the most critical challenges in this …

Hybrid nanofluids are introduced as a novel generation of homogeneous mixtures that are
produced by dispersing dissimilar types of solid particles in a common heat transfer fluid to …

With the world experiencing higher energy demand than supply under the constraint of
relatively constant primary energy sources, more efficient energy utilization becomes a …

Since reducing the local temperature of the solar cell boosts the performance of a
concentrating photovoltaic–thermal, a microchannel heat sink technique is employed. Two …

Experimental studies of a microchannel heat exchanger (MCHE) assembly with asymmetric
zigzag flow channels on the hot and cold sides were conducted to investigate the water-to …