In an era of increasingly severe storms, building resilience is paramount. This presentation explores how robust whole-building air barrier assemblies create a resilient shield against extreme environmental stresses. We will delve into designing high-performance building envelopes, integrating resilience through evolving code standards, and comparing past practices to future advancements. The session will also examine various roof and wall assemblies, supported by lab tests and real-world data. Finally, we'll cover essential quality assurance protocols, including building enclosure commissioning and whole building airtightness testing, to ensure your designs perform as intended.
Learning objectives:
- Distinguish between baseline code requirements and advanced performance criteria that enhance building resilience against heat, UV, water, and air exposure.
- Identify and specify innovative air barrier materials and installation techniques designed to endure evolving environmental stresses and future-proof building enclosures.
- Develop a high-performance roof assembly that addresses intensified weather patterns and integrates resistance to heat, UV, water, and air challenges.
- Evaluate advanced air barrier properties for walls that go beyond standard code references, contributing to improved durability and resilience of building enclosures.
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