Building Envelope Fundamentals Part 2: Physical Principals – Recorded Webinar


 Building science is constantly evolving, punctuated by the current challenges we face: energy efficiency, adaptation to climate change, sustainability, building conservation and rehabilitation. The materials and techniques are sophisticated, of course, and more and more efficient. But still it is necessary to control them.

To this end, UL has developed a series of webinars that will respond to both the fundamental requirements of building practice and the contemporary issues of building science, using an interactive and dynamic approach to understanding, knowing, integrating and performing.The second webinar will deal with the fundamental physical principles that govern the phenomena found in the building envelope in relation to water, air, moisture and heat, as well as certain notions relating to the behavior of fire and noise in the envelope.




    Upon completion of this course, you should be able to:

    • Identify the main physical phenomena that manage and condition the performance of the building envelope;

    • List the basic principles and calculations that dictate these phenomena;

    • Describe how these principles improve the knowledge and advancement of building science;

    • Integrate this fundamental knowledge into development and design strategies for envelope details and assemblies. 

    Target Audience

    Multiple roles and levels in an organization including but not limited to:

    • Architects
    • Building Engineers
    • Building Owners
    • Building Science Commissioners
    • Code Authorities Contractors
    • Commercial Builders
    • Curtain Wall Manufacturers & Designers
    • Door & Window Manufacturers & Designers
    • Glazing Contractors
    • Spec Writers

    AIA / IACET Procedure:

    In order to receive AIA or IACET credits, the accompanying quiz must be completed. After the quiz is scored 80% or higher, 1 HSW LU will be credited to your AIA Membership account if that membership number is provided to us. For IACET or other self-reporting purposes, you can print a Certificate of Completion from your Learning History.


    Presenter Biographies


    Dave Stammen

    Dave Stammen is the Principal Engineer for UL’s Building Envelope Performance Test Laboratory. He has over 20 years of experience working as a Design Engineer, Project Manager, and Code Compliance Manager within the Building Envelope industry. He is an active member of multiple organizations including American Architectural Manufacturers Association (AAMA), and American Society of Testing and Materials (ASTM). Dave is UL’s technical expert for building envelope performance testing of products such as fenestration (windows and doors), tornado and hurricane shelter components, and other exterior Building Envelope products and materials.



    Richard Trempe

    Richard Trempe is an architect since 1993. His career has focused on the investigation and rehabilitation of buildings, and more specifically their envelope. He recently completed a Master of Science in Architecture, and completed research in service performance and life cycle approaches. Whether through his research or in his practice devoted to expertise on institutional buildings, Richard Trempe is passionate in this quest to understand "why and how it is done." He has drafted a facade inspection and maintenance guide in 2015 and has published several articles on the subject in recent years.



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    Time Requirement


    Web-Based 90 minutes

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