Skip to main content
  • Our Sponsors
    Bulley & Andrews Masonry Restoration, LLC logo
  • Our Sponsors
    Carlisle logo
  • Our Sponsors
    CertainTeed logo
  • Our Sponsors
    Dow Corning logo
  • Our Sponsors
    Elevate
  • Our Sponsors
    Henry company
  • Our Sponsors
    IMI logo
  • Our Sponsors
    Klein & Hoffman logo
  • Our Sponsors
    Mortar Net Solutions logo
  • Our Sponsors
    Power Construction logo
  • Our Sponsors
    Powers Fasteners logo
  • Our Sponsors
    Quast logo
  • Our Sponsors
    RRJ logo
  • Our Sponsors
    Rockwool logo
  • Our Sponsors
    SGH logo
  • Our Sponsors
    STO logo
  • Our Sponsors
    Thornton Tomasetti logo
  • Our Sponsors
    UL logo
  • Our Sponsors
    USG logo
  • Our Sponsors
    WJE logo
  • Our Sponsors
    Sika
  • Our Sponsors
    Reflection Window + Wall logo
  • Our Sponsors
    FitzGerald
  • Our Sponsors
    Building Technology Consultants, Inc.
  • Our Sponsors
    Intertek logo

Roof Design and Preconstruction Considerations for Heat, Air and Vapor Control

BEC
January 25, 2013
12:00 pm - 1:30 pm
Location
Gensler's Office, 11 East Madison, Suite 300, Chicago
Posted by Kevin Kalata

Roof Design and Preconstruction Considerations for Heat, Air and Vapor Control Presented by Garth Hall, Principal at Raths, Raths, & Johnson and Sarah Flock, Senior Architect at Raths, Raths, & Johnson, this session will include a brief discussion of the fundamentals of air, heat and vapor migration, as well as preconstruction considerations for the Project Team in association with roof assemblies. The discussion will be expanded to address the impact of material selection and installation practices on the hygrothermal performance of the roof enclosure. The presentation will also explore in greater detail the effects of uncontrolled air, vapor and thermal transfer, as well as address the various methods for diagnosing such concerns. Current energy codes and guidelines will also be reviewed to complete this technical presentation. Learning Objectives: 1. Discuss air, heat and vapor control fundamentals in roof design. 2. Identify preconstruction considerations for proper roof design. 3. Understand the potential impact of uncontrolled air, vapor and thermal transfer on roof assemblies. 4. Identify the available methods for testing and analyzing air, vapor and heat transfer and their respective limitations. 5. Develop an understanding of the relevant current energy codes and guidelines.