Designing a passive-cooling, sustainable windcatcher in hot, dry area

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The proposed windcatcher design achieves effective thermal comfort, facilitating natural ventilation in hot climates.
Key findings revealed a successful correlation between experimental results and computer simulation using Trnsys 16.
Modifications in tube length and burial depth enhanced the efficiency of heat exchange significantly.
This innovation supports sustainable building practices by utilizing renewable energy principles and passive cooling techniques.

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Experimental analysis shows improved thermal comfort using a sustainable windcatcher in Baghdad, highlighting the role of earth-air heat exchange.

Jamal Abed al Wahid Jassim (2021) studied this question.

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Experimental analysis shows improved thermal comfort using a sustainable windcatcher in Baghdad, highlighting the role of earth-air heat exchange.