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The research aims to explore how building façades can adapt acoustically to fluctuating wind conditions, enhancing climate-responsive design.

April 22, 2026BuildingsOpen Access

Wind-Sound Synergy and Fractal Design: Intelligent, Adaptive Acoustic Façades for High-Performance, Climate-Responsive Buildings

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The research aims to explore how building façades can adapt acoustically to fluctuating wind conditions, enhancing climate-responsive design.
Simulation-based methodology to analyze acoustic modulation mechanisms in façades
Development of a wind-responsive acoustic façade system using fractal design
Assessment of acoustic parameters using a support vector regression framework
Acoustic parameters maintained within 10% fluctuation across wind speeds of 1–8 m/s
Fractal configurations achieved stable acoustic performance with less than 3 dB fluctuation in sound pressure levels
Dynamic switching between façade arrangements enabled trade-offs between spatial impression and clarity of speech

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Study investigates acoustic performance of adaptive façades under dynamic wind conditions, suggesting improved indoor environments.

Tan et al. (2026) studied this question.

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