Parametric Vernacular: Decoding Climate-Adaptive Modular Design in Concave-Shaped Huizhou Skywell Dwellings through CFD Simulation

Key Points

• The central aim is to analyze climate-adaptive modular design principles in Huizhou Skywell dwellings through computational fluid dynamics (CFD).
• Applied CFD simulation techniques to evaluate airflow and temperature distribution in dwellings.
• Examined the architectural design of concave-shaped Skywell dwellings for environmental adaptability.
• Compared designs to highlight efficiency in sustainable living environments.
• CFD simulations demonstrated improved thermal performance in concave-shaped dwellings.
• Results indicated that modular designs enhance airflow and reduce energy consumption effectively.
• The findings suggest significant potential for sustainable practices in architecture through refined design techniques.