A mathematical model of the closed solar air heaters is used in particular, to assist in
interpreting the observed phenomena in the solar air heaters, to design the system, to …

This paper presents mathematical modelling and performance evaluation of solar air
collectors (SACs) with corrugated absorbers for indoor space heating. Experimental tests …

Air-based solar collectors are the simplest forms of flat plate solar collectors; without
complications of introducing water or nanofluids into the process. They are used to raise the …

The present work involves a theoretical study to investigate the effect of mass flow rate, flow
channel depth and collector length on the system thermal performance and pressure drop …

Thermal performance of the solar air collectors which are mostly used for space heating and
drying is generally low. Therefore there are different studies aimed at increasing the thermal …

A solar air heater (SAH) is a simple heater using solar radiation that is useful for drying or
space heating. Unfortunately, heat transfer from the absorber plate to the air inside the solar …

Numerical modeling based on finite-volume method (FVM) SIMPLE algorithm was
established to analyze the 3D-turbulent flow in the wavy two-pass solar collector is …

The performance of recycle pass solar air heater with V-corrugated absorber plate was
examined experimentally. The results were compared with single pass solar air heater with …

The present study involves a theoretical study to investigate the effect of mass flow rate, flow
channel depth and collector length on the system thermal performance and pressure drop …

The availability of fossil energy sources is rapidly decreasing because it is one of the main
energy source therefore alternative energy is a need as a substitute for fossil energy, one of …