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APST 470: Building Envelope and Assemblies Report a Broken Link

Applied Studies 470 examines high-performance building envelope design and construction processes: site investigations, excavations and foundations, walls, windows, and roofs.

Unit 1

Quirouette, R.L. (1985.)  Building practice note no. 54: The difference between a vapour barrier and an air barrier. National Research Council Canada. https://www.healthyheating.com/HH_Integrated_Design/Week%204/The%20Difference%20Between%20a%20Vapor%20Barrier%20and%20an%20Air%20Barrier.pdf

Required Readings
National Research Council of Canada. (2015). National Building Code of Canada. Ottawa: Canadian Commission on Building and Fire Codes.

Read the following sections in Volume 2, Part 5, Environmental Separation:

·       5.1 General

·       5.2 Loads and Procedures

·       5.3 Heat Transfer

·       5.4 Air Leakage

·       5.5 Vapour Diffusion

·       Appendix C Climatic and Seismic Information for Building Design in Canada
Straube, J. (2006). The building enclosure. Building Science Digest 018. © Building Science Press,
Straube, J. (2010). Historical development of the building enclosure. Building Science Digest 042. © Building Science Press,
Straube, J. (2012). The function of form: Building shape and energy. Building Science Digest 061. © Building Science Press,
Quirouette, R. (2004). Pages 4-5. Understanding stack effect. In Air pressure and the building envelope. Ottawa: Canada Mortgage and Housing Corporation. 

Unit 2

Required Readings
Straube, J. (2007). Air flow control in buildings. Building Science Digest 014. © Building Science Press. 
Lstiburek, J. (2013). Macbeth does vapor barriers (Double, double toil and trouble). Building Science Digest 073. © Building Science Press.
Lstiburek, J. (2011). Understanding vapor barriers. Building Science Digest 106. © Building Science Press.
Lstiburek, J. (2000). Air barriers vs. vapor barriers. Research report 0004. © Building Science Press.
Lstiburek, J. (2006). Understanding air barriers. Building Science Digest 104. © Building Science Press.
Building Science Corporation. (2013). Vapor permeance of some building materials. Information Sheet 312. © Building Science Press.
Holladay, M. (2010). Are dew-point calculations really necessary? Green Building Advisor website. [Blog.]

Unit 3

Required Readings
Straube, J. (2006). The building enclosure. Building Science Digest 018. © Building Science Press.
Building Science Corporation. (2009). Groundwater control. Information Sheet 101. © Building Science Press.
Building Science Corporation. (2009). Drainage plane/Water resistive barrier. Information Sheet 301. © Building Science Press.
Pettit, Betsy. (2005).  Building science for architects: Moisture control. PR-0510c. © Building Science Corporation.
Straube, J. (2011). Rain control in buildings. Building Science Digest 013. © Building Science Press.
US Environmental Protection Agency. (2013). Moisture control guidance for building design, construction and maintenance. 

Note: This is a great, free and comprehensive resource—albeit in American units. Download it and save it in your Personal Archive.
Straube, J., & Burnett, E. (2005). Enclosure design: Guiding principles. Building science for building enclosures. Westford, MA: Building Science Press.

Unit 10

Required Readings
Straube, J. (2013). High performing precast concrete building enclosures: Rain control. © Building Science Corporation.

Pay close attention to the sections on joints and joint sealants.

Unit 11

Required Readings
Straube, J., & Burnett, E. (2005). Enclosure design: Guiding principles. Building science for building enclosures. Westford, MA: Building Science Press.

This document was Required Reading for Unit 3, but please review it again as it is a good summary of the principles behind this course.
Canadian Mortgage and Housing Corporation (CMHC). (n.d.) Construction tolerances.
Supplementary Readings
Pope, Stephen. (2014). Bluffer’s guide to wall sections. Athabasca University.