The use of baffles, fins, ribs, and grooves in the solar air heater (SAH) improves heat transfer
(HT). Various efforts were made to improve heat transfer rates through duct using these …

Solar air heating is a type of renewable energy heating technology that uses the sun's
insolation to convert the energy into air. It is commonly used in commercial and industrial …

The thermo-hydraulic characteristics of a solar air heater with quarter-circular ribs on the
absorber plate are studied numerically. A comparison of the three different arrangements of …

The present study emphasizes on a comparative assessment of solar air heater (SAH)
roughened with six different baffles viz. Transverse, inclined transverse, dimple, inclined …

Three dimensional (3D) simulation has been carried out to study the heat transfer and fluid
flow phenomenon of sinusoidal protrusion rib (SPR) in solar air heater (SAH). The …

Use of different roughness in solar air heater can effectively influence the thermo-hydraulic
performance. In present work, solar air heater was roughened with ribs and protrusion in S …

In the present study, a thermo-hydraulic performance (THP) of solar air heater (SAH) has
been assessed by placing sine wave-shaped baffles on the heat-absorbing surface. The …

Improving heat transfer in solar air ducts is crucial to increasing the efficiency of solar
heating systems. The addition of baffles is an effective technique for optimizing this heat …

Supply of energy against continuous increase in energy demand is a great challenge for the
present time. This has compelled the researchers to develop energy-efficient and …

This paper explores diverse techniques aimed at enhancing the heat transfer performance
of solar air heaters, with a primary emphasis on im**ing jet arrays. The discussion …