TRACK 4: Building Envelope
Building Science Corporation
Christine Cronin works with developers, contractors, and architects to mitigate the risk of technical failures in new construction. Ms. Cronin is well-versed in both commercial and residential design, reviewing drawings and making recommendations that promote appropriate water control, air control, energy efficiency, constructability, and durability. Ms. Cronin has particular interest in the design and installation of below-grade water control systems. She also performs hygrothermal modeling (using WUFI), to both assess the relative performance of atypical building assemblies in new construction, and to better illustrate failure mechanisms in forensic cases.
This session will examine how transitions allow air and moisture to circulate in the building envelope, and potential problems caused by an improper seal in roof to wall, wall to foundation, and wall to disparate building materials. Learn what constitutes an effective air and moisture management system in the roof to wall transition. Examine vapor drive through foundation walls in transitions where underground moisture poses risks to above-ground interior spaces. Find out what issues may arise from transitioning between different materials – such as gypsum sheathing to concrete wall, and learn how material composition can influence compatibility, performance and maintaining the integrity of the design specification. Explore how the system’s water and air barriers create continuity at critical transition points, including the roof to wall at parapets where freeze-thaw cycles may occur in cold climates. A look at common design errors will help attendees identify and avoid them.
This session has been approved for the following CEU's