Facade Design Principles | Wind Load & Location Factors in Ventilated Cladding Systems скачать в хорошем качестве

Facade Design Principles | Wind Load & Location Factors in Ventilated Cladding Systems

Designing a ventilated rainscreen facade requires more than just selecting the right cladding panels, it demands careful consideration of wind loads, building location, and structural detailing to ensure long-term performance. In this video, learn how EQUITONE supports architects and engineers in designing safe, durable facades by: ✔ Understanding wind pressure and suction effects on different building surfaces ✔ Managing external corner vulnerabilities with cavity closers and additional supports ✔ Considering location-specific factors such as altitude, coastal proximity, topography, and building height ✔ Designing profile layouts, fixings, and special details for structural integrity ✔ Achieving both aesthetic excellence and technical performance with EQUITONE fibre cement panels EQUITONE facade systems combine A2-s1,d0 fire classification, low maintenance, and design flexibility, making them ideal for commercial, residential, and public architecture in diverse climates and conditions. 🌍 Learn more about EQUITONE fibre cement facade solutions: https://www.equitone.com/en/-/fibre-c... Topics: ventilated facade design principles, wind load on cladding, rainscreen facade engineering, cavity closers for facades, facade location factors, architectural facade solutions, fibre cement cladding system, EQUITONE facade panels, non-combustible facade design, sustainable ventilated facades