The paper presents the results of a research thesis which aims to investigate the behavior of the building envelope exposed to extreme climate conditions, especially windstorms. The building envelope represents the most important protective barrier against atmospheric phenomena and needs to be designed to resist such destructive actions. The paper preesents the results of a research thesis which aims to investigate the behavior of the building envelope exposed to extreme climate conditions, especially windstorms. The building envelope represents the most important protective barrier against atmospheric phenomena and needs to be designed to resist such destructive actions.
"Resilient facades: behaviour and performance of dry exterior wall systems in case of extreme windstorm"
Paolo Rigone;Paolo Giussani;
2022-01-01
Abstract
The paper presents the results of a research thesis which aims to investigate the behavior of the building envelope exposed to extreme climate conditions, especially windstorms. The building envelope represents the most important protective barrier against atmospheric phenomena and needs to be designed to resist such destructive actions. The paper preesents the results of a research thesis which aims to investigate the behavior of the building envelope exposed to extreme climate conditions, especially windstorms. The building envelope represents the most important protective barrier against atmospheric phenomena and needs to be designed to resist such destructive actions.| File | Dimensione | Formato | |
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Resilient facades final.pdf
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