Join the ROXUL EDC, Cosella-Dorken and Building Science Corporation to discuss and share in resolving common problems related to building design and construction. This full-day seminar will provide 5 CONTINUING EDUCATION LEARNING UNITS and will review the following learning objectives:
Understand key building science principles related to a building enclosure’s function and components.
Recognize and apply critical design principles and strategies to improve building enclosure performance.
Understand the in-situ performance of building enclosure materials and systems.
Gain awareness of emerging issues and trends in building enclosure design that may influence design decisions and building performance.
Featured Speaker: Joseph Lstiburek, Ph.D., P.Eng.
Joe Lstiburek is principal of Building Science Corporation. He is a building scientist who investigates building failures and is internationally recognized as an authority on moisture-related building problems and indoor air quality.
He is an Adjunct Professor of Civil Engineering at the University of Toronto and the past chairman of ASTM E-241 – Increasing the Durability of Building Assemblies from Moisture Induced Damage. Dr. Lstiburek is an ASHRAE fellow and a contributor and reviewer for Chapters 21 and 22 of ASHRAE Fundamentals.
4. Building Science Corporation
Joseph Lstiburek 4
• Control heat flow
• Control airflow
• Control water vapor flow
• Control rain
• Control ground water
• Control light and solar radiation
• Control noise and vibrations
• Control contaminants, environmental hazards and odors
• Control insects, rodents and vermin
• Control fire
• Provide strength and rigidity
• Be durable
• Be aesthetically pleasing
• Be economical
9. Building Science Corporation
Joseph Lstiburek 9
Heat Flow Is From Warm To Cold
Moisture Flow Is From Warm To Cold
Moisture Flow Is From More To Less
Air Flow Is From A Higher Pressure to a
Lower Pressure
Gravity Acts Down