For various heating applications like space heating, timber seasoning, food drying, HVAC
processes, water desalination processes, etc., where a low to medium heating source is …

In the current work, the effect of integrating recyclable aluminum cans as tubular fins to a
triple-flow solar air collector (TFSAC) has been numerically and experimentally investigated …

Solar energy systems are widely utilized to obtain environmentally friendly and sustainable
electrical and thermal energy that able to be used in many applications. Temperature …

This article is a comparison of the date fruits drying performance of two most simple and
common type of solar dryers. A simple even span type forced convection greenhouse dryer …

Through different technologies, the solar energy and air source energy have been effectively
used as renewable energies to address the heating problem in the cold area of Northwest …

The solar air heater (SAH) is a flow device of various forms. The presence of rib turbulators
is one of the basic characteristics of heat transfer changes. Two-dimensional numerical …

A novel design of Return Flow Solar Air Heater (RFSAH) with different arrangements of
baffles especially V-Type Artificial roughness is simulated and numerically analyzed with …

Incorporating baffles was demonstrably efficacious in augmenting the functionality of solar
air heaters (SAHs). A duly validated mathematical model is formulated for SAHs with baffles …

An experimental study has been done to evaluate the thermo-hydraulic performance of solar
air heater having roughness element over the absorber plate in the form of a winglet type …

Common phase change materials (PCMs) have serious shortages, and the most important
one is the low thermal conductivity. This issue makes the phase change process a time …