MOISTURE ANALYSIS 101
FOR BUILDING ENVELOPES
Live Webinar Workshop
August 14th at 12:30 p.m. ET
Register
https://attendee.gototraining.com/r/4764371165252022785
DESCRIPTION
Modern buildings typically contain envelope systems that require specific
layers to control condensation due to moisture migration and/or air
leakage, dedicated waterproofing systems to protect moisture-sensitive
backup materials (e.g., wood and gypsum-based products), and thermal
insulation to control heat losses and gains. Consequently, building codes
include provisions for these systems in new construction, and in some
cases, renovation projects. As such, architecture and consulting firms
frequently turn to hygrothermal modeling to determine the optimal
arrangement of these layers. This presentation will introduce the
parameters to consider when setting up a model, and through several project
examples, demonstrate how hygrothermal modeling can be used to develop
assemblies with a low risk for moisture-related problems. Also, critical to
the process, we will touch on some of the limitations and assumptions made
when developing a hygrothermal model.
ABOUT THE SPEAKER
Cheryl Saldanha, PE is a senior engineer with with Simpson Gumpertz & Heger
Inc. in New York City. Cheryl specializes in building science and
building-envelope performance, including the simulation of heat, air, and
moisture migration through assemblies. She investigates building enclosure
and mechanical system failures, and designs remedial repairs.
Register
https://attendee.gototraining.com/r/4764371165252022785
Arpan Bakshi
https://www.linkedin.com/in/arpanbakshi
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