Solar thermal air collectors are economically efficient for the purpose of heating air in
specific applications. This research examines the efficiency of a solar thermal air collector …

The current study examines the effect of entrance flue conditions on the performance of solar
air collectors (SAC) with a single pass channel, focusing on two configurations: a front …

The use of solar energy for drying is considered one of the most environmentally friendly
ways to reduce dependence on fossil fuels. The purpose of this experimental study is to …

The fluctuating nature of wind energy and shortage of biomass resources, as two types of
renewables, can be fulfilled via their hybridization. In this respect, present research …

The application of solar air heaters (SAHs) is an effective method of utilizing abundant solar
energy for heating purposes and reducing the consumption of fossil fuels. However, the …

This work proposes a strategy by employing multiple spiral fins (SFs) for enhancing the low
heat transfer rate of traditional smooth solar air heaters (SAHs). A numerical study involving …

Artificial roughness on the absorber plate of the solar air heater increases its thermal
characteristics, thermohydraulic performance, and overall performance of the solar air …

This study unveils a transformative approach to enhance solar air heater (SAH)
performance, integrating rigorous numerical simulations, advanced Artificial Neural …

Solar air heating thermal systems have found extensive utilization in a broad array of
industrial and residential settings, playing a pivotal role in the conversion and reclamation of …

This research explores enhancing the efficiency of a solar air heater (SAH) by integrating
cone-perforated channels as roughness features on the absorber plate. Two configurations …