Building with Strength Using Loadbearing Masonry Systems
Wednesday, October 8, 2025 | 12-1 p.m. Eastern Time
1 LU/HSW
Loadbearing masonry construction is a method of building where the walls of the structure bear the weight of the roof, floors, and any additional loads. This approach contrasts with frame construction, where columns and beams bear most of the structural load. Learn the fundamentals of loadbearing masonry, including load distribution, compressive strength, tension resistance, reinforcement, openings, foundations, and movement joints. Proper design and construction create long-lasting, low maintenance.
Image by the International Masonry Institute.
Learning Objectives:
- Explore types of load-bearing masonry systems, including unreinforced, reinforced, and composite masonry, and their appropriate applications in structural and environmental contexts.
- Understand the structural behavior of loadbearing masonry, focusing on how it distributes vertical and lateral loads and how reinforcement enhances performance.
- Identify the key design considerations for integrating movement joints, lintels, and arches in loadbearing masonry to ensure structural integrity and accommodate thermal expansion.
- Evaluate the fire resistance, durability, and maintenance requirements of loadbearing masonry systems and their impact on long-term building performance.
About the Speaker
Sam Rubenzer, PE, SE
Structural Engineer, FORSE Consulting
Sam started FORSE in 2010, were he works as a delegated designer for other structural engineers on designs involving steel, concrete, PT concrete, masonry, and wood construction. He often speaks on the topics of software use and best practices in masonry design.
Sam has over 20 years of experience and is a licensed structural engineer (SE) and a professional engineer (PE) in many of the Midwestern states. He has also been a consultant to IMI for the past 10 years.
