The Sun is the star in our solar system that beams solar energy towards the Earth, shining it
during the day. The researcher discovered different ways to enhance the use of solar …

This research attempts to investigate the thermal performance of solar air collectors with pin
fins and turbulators. Incorporating carbon-nanotube-based fins and turbulators in solar …

Solar air heaters (SAHs) are widely used solar thermal systems with applications in diverse
sectors. However, its effectiveness is restrained by low convective heat transfer (HT) …

This study discussed the effect of ribbed fin, which was suggested by the authors, on the
enhancement of heat transfer and flow characteristics of fluid in a solar air heater. The …

In the present study, a numerical flow analysis is performed on a double pass solar air
heater (DPSAH) with a bottom plate surface roughened using aerofoil fins to study its …

Alternative energy sources are in high demand at the present time because of the changing
climate and rising energy usage. The decentralized solar air heater is an eco-friendly, cost …

This study presents the research study, both theoretical and experimental, on the effect of
double pass solar air heater (DPSAH) using staggered-diamond shaped fins effects …

A solar air heater is a device that gathers solar radiation and converts it into heat. The core
principle involves air moving through a solar collector, where sunlight naturally increases …

In this study, the heat transfer augmentation and friction factor of a novel type of solar air
heater (SAH), which incorporates longitudinal fins and rectangular turbulators, were …

In this research paper, a Solar Air Heater (SAH) with triangular fins has been experimentally
and numerically analyzed and validated. The novelty of this work is the selection of the type …