Abstract: Abstract. The nanofluid-integrated evacuated tube solar collector (ETSC) exhibits significant properties and is utilized in solar-based heat exchanger applications. However, the agglomeration of nanoparticles influences ...

Abstract: Parabolic trough collector (PTC) is prospective for energy storage compatibility, and its thermal performance is limited by weather dependence. Evaluating the performance of the parabolic trough collector is crucial. In ...

Abstract: The solar dryer was an effective choice for drying agriculture products because it is cost-effective and requires no external energy for process drying. The fluctuation in drying temperature due to irregular radiation ...

Abstract: Solar heat exchangers have the potential for sustainable energy utilization and unique properties like being cost-effective, transferring heat more efficiently, and being eco-friendly. However, the thermal performance of ...

Abstract: Solar heat exchangers have the potential for sustainable energy utilization and unique properties like being cost-effective, transferring heat more efficiently, and being eco-friendly. However, the thermal performance of ...

Abstract: Abstract. The flat plate collector (FPC) featuring nanofluid has high heat absorption, better thermal conductivity, and a superior heat transfer coefficient. However, poor nanofluid stability, fluctuations in solar radiation, ...

Abstract: Solar renewable energy is prospective for various engineering applications including heat exchanger and air dryer applications. The drying of agricultural products is influenced by the weather, which can limit their dryness ...

Abstract: The growing interest in alternative fuels stems from the need to address energy security and economic challenges. Hydrogen fuel is considered a promising solution due to its versatility, efficiency, and potential for zero ...