Peer-Reviewed
Our research results have been published in reputable journals – where we disseminate our research findings and emphasize the importance of sustainable energy solutions.
This explores the use of pin fins (modelled on the basis of exergy optimization) in solar air heaters and heat exchangers — using a modified equation.
View PublicationThis uses a 2D Galerkin FEM programming solution in estimating the edge heat loss in indirect solar absorbers, contributing to potentially better solar absorber design.
View PublicationA thermodynamic case study of regenerative and concentrated solar power plants was conducted in this work: the results examined the thermal efficiency irregularities and their implications on energy optimization.
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Expertise
Absorber design, solar dryers, and concentrated solar power plant optimization.
Pin-fin heat exchangers, flat-plate absorbers, and waste heat recovery devices.
Exergy analysis, thermal efficiency index, and regenerative plant performance.
Galerkin FEM and computational programming.
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