In the present work we have studied the case of a conventional solar air collector and try to see how is it possible to improve it-s efficiency, by changing Reynolds number. Given the complexity of the problem we used the FLUENT calculation code. We made the mathematical model, then we gave a validation of our result by the results of Dimartini, we gave fields of speed, turbulence and a Nusselt profile and factor of friction as a function of the Reynolds Number. The results show that variation of Reynolds number has an influence on the performance of the solar collector, which is why we have used several values in order to observe the most suitable one
A steady-state mathematical model was developed for a bare collector. Results obtained by Sparrow an...
Solar air heater is a type of heat exchanger which transforms solar radiation into heat energy. The ...
Converting solar radiation into heat is one of the most common applications of solar energy. The pur...
In the present work we have studied the case of a conventional solar air collector and try to see ho...
The weakness of the solution of flat-air solar collectors in the absence of a turbulence promoter ha...
Double-pass counter flow v-grove collector is considered one of the most efficient solar air-collect...
Double-pass counter flow v-grove collector is considered one of the most efficient solar air-collect...
The baffle in the air collector duct increases heat transfer, while also significantly increasing th...
The production of thermal energy from solar energy by flat collectors finds nowadays many applicatio...
The purpose of using solar air collectors is to raise the atmospheric air temperature to a temperatu...
Parabolic trough solar collectors are currently one of the most mature and prominent solar technolog...
The Roof Top Solar Chimney system is a natural solar updraft technique utilizing the solar energy to...
<p>The purpose of using solar air collectors is to raise the atmospheric air temperature to a temper...
The use of parabolic trough solar technology in solar power plants has been increased in recent year...
AbstractParabolic trough solar collector is currently one of the most mature and prominent solar app...
A steady-state mathematical model was developed for a bare collector. Results obtained by Sparrow an...
Solar air heater is a type of heat exchanger which transforms solar radiation into heat energy. The ...
Converting solar radiation into heat is one of the most common applications of solar energy. The pur...
In the present work we have studied the case of a conventional solar air collector and try to see ho...
The weakness of the solution of flat-air solar collectors in the absence of a turbulence promoter ha...
Double-pass counter flow v-grove collector is considered one of the most efficient solar air-collect...
Double-pass counter flow v-grove collector is considered one of the most efficient solar air-collect...
The baffle in the air collector duct increases heat transfer, while also significantly increasing th...
The production of thermal energy from solar energy by flat collectors finds nowadays many applicatio...
The purpose of using solar air collectors is to raise the atmospheric air temperature to a temperatu...
Parabolic trough solar collectors are currently one of the most mature and prominent solar technolog...
The Roof Top Solar Chimney system is a natural solar updraft technique utilizing the solar energy to...
<p>The purpose of using solar air collectors is to raise the atmospheric air temperature to a temper...
The use of parabolic trough solar technology in solar power plants has been increased in recent year...
AbstractParabolic trough solar collector is currently one of the most mature and prominent solar app...
A steady-state mathematical model was developed for a bare collector. Results obtained by Sparrow an...
Solar air heater is a type of heat exchanger which transforms solar radiation into heat energy. The ...
Converting solar radiation into heat is one of the most common applications of solar energy. The pur...