An experimental and computational investigation on fluid flow and thermal performance of a rhombus passage solar air heater of various configurations
The experimental and numerical findings of fluid flow and thermal characteristics of rhombus
passage solar air heater (SAH) over Reynolds number range 5000–28000 are reported in …
passage solar air heater (SAH) over Reynolds number range 5000–28000 are reported in …
Effect of the base angle of an isosceles obtuse-angled trapezoidal duct of a solar air heater on fluid flow and thermal characteristics–an experimental and …
This article reports the fluid flow and thermal traits of an isosceles obtuse-angled trapezoidal
solar air heater duct. Six duct variants are obtained by altering duct base angle (θ). The …
solar air heater duct. Six duct variants are obtained by altering duct base angle (θ). The …
Fluid flow and thermal characteristics of an obtuse-angled trapezoidal solar air heater channel with corner modifications and ribs on absorber plates
In the ongoing research, an endeavor is made to discover the thermal and flow behavior of
air flowing through an isosceles obtuse-angled trapezoidal solar air heater (SAH) channel …
air flowing through an isosceles obtuse-angled trapezoidal solar air heater (SAH) channel …