Solar thermal collectors, as well as heat exchangers, are energy systems that have become
very popular recently in various research centers around the world. Clean systems used to …

In this research, a double pass solar air heater with a corrugated absorber plate and built-in
external reflector is adopted to improve its thermo-hydraulic performance. The proposed …

The present study analyzes the forced convective boundary layer flow of viscous
incompressible time-established fluid. The base fluid containing water-based nanoparticles …

In the present study, the effect of utilizing two different types of baffles in the channel of the
solar air heater is investigated numerically. The studied baffles include angled rectangular …

The primary purpose of present study is to reveal the roles played by CDVGs in vectoring the
airflow and breeding longitudinal vortices for enhancing heat transfer. The thermal-hydraulic …

Motivation The inconvenient treatment of the current velocity-pressure coupling strategies is
still a debating issue. Whether the procedures are formed on coupled or segregated solution …

One of several effective methods for improving heat transfer in heat exchangers is the use of
vortex generators in channels. The flow of fluid through a channel with a vortex generator is …

The objective of this paper is to study the propagation of nonlinear, quasi-parallel,
magnetohydrodynamic waves of small-amplitude in a cold Hall plasma of constant density …

The slip flow and thermal transfer inside the boundary layer are extremely significant for
various problems in aerodynamics, wing stall, skin friction drag on an entity, high-level …

The impact of heat transfer in micropolar fluid may be developed due to its various promising
applications in engineering, bio-medical sciences, geo-thermal progression, spherical …