The investigation revolves around conducting experiments to examine the heat transport
properties of an STHX while utilizing various combinations of ethylene glycol (EG) and …

In numerous industrial plants, controlling incorporated unit procedure is a difficult operation
as a reason of the nonlinearity and intricacy linked with the dynamic designs. Moreover …

This study aims to perform a numerical and experimental investigation on the effect of fluid
flow parameters on the external and internal flow in a porous medium. The study of velocity …

The process in the industry requires equipment with high efficiency, especially energy. This
is closely related to the need to measure the heat-transfer process in heat exchangers. A …

The internal arc represents an unintentional release of electrical energy within the
switchgear industry. Manufacturers must address this electro-thermal issue in their …

Single-/multi-objective optimization based on genetic algorithm is employed in the present
study to conduct an optimization design for the primary heat exchanger (HE) in a lead …

In the present work, we investigated the effect of the geometry of the open cell foam material
on the value of the pressure drop and heat flux. We create models of porous media with an …

In this research, a parametric analysis of partially filled high-porosity metallic foams within a
double-tube heat exchanger integrated into a solar flat plate collector is conducted. The …

Periodic whole cross-section models of U-shaped baffle heat exchanger and torsional flow
heat exchanger were established, and the shell side performance of two heat exchangers …

This study aims to improve the performance characteristics of a shell-tube heat exchanger in
counterflow configuration. It considers the effect of using baffles and semicircular tubes as …