Design Considerations for Enhancing Thin Masonry Veneers
AIAU24-GLEN01
Included in subscription
1.0
LU|HSW
5.00
Course expires on: 12/31/2024
Description
Wednesday, December 4, 2024 | 3:00-4:00pm EST
This program examines the design and performance characteristics of metal backing systems that mechanically support thin masonry veneers. Comparisons between various systems and traditionally laid face brick masonry are made and critical design and installation factors are reviewed. Performance tests that establish code compliance of proprietary thin veneer support systems are identified. Strategies for water penetration, structural performance, thermal efficiency, and NFPA 285 approval are presented.
Learning Objectives
Review water management strategies for mechanically supported thin masonry veneer systems
Analyze veneer support methods for mechanically supported thin masonry veneer systems
Identify requirements for supporting thin masonry veneer over continuous insulation
Review how thin masonry veneer systems comply with building codes
This free live course is brought to you through a partnership with Glen-Gery. By registering for this course, you grant AIA permission to share your name and email address with Glen-Gery.
Jay Moersen has spent seven years in the thin brick and thin brick wall systems industry. He is driven by assisting architects in finding proven solutions for their clay masonry projects. Jay has a passion for embedded thin brick in precast concrete, and a special fondness for total precast parking structures. Jay serves as Glen-Gery’s Wall Systems Manager for the eastern United States.