Geometric optimization of solar stills: How fin height dictates heat transfer and fluid dynamics in pyramid designs

Puntos clave

• Maximum heat transfer occurs with optimized fin heights, improving efficiency.
• The study highlights a 20% increase in efficiency with the right fin height adjustments.
• Assessment using geometric optimization on various pyramid designs indicates significant fluid dynamics changes.
• This implication emphasizes the importance of fin height in solar still construction, calling for further investigation.