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Signed in as:
filler@godaddy.com
Topic: Accommodating Shrinkage in Multi-Story Wood-Frame Structures
Date: Thursday, May 30
Time: 11:30 AM - 1:00 PM
Location: TBD (Likely KU Edwards Campus)
Speaker: Jason Bahr, PE
Abstract:
In wood-frame buildings of three or more stories, cumulative shrinkage can be significant and have an impact on the function and performance of finishes, openings, mechanical/electrical/plumbing (MEP) systems, and structural connections. However, as more designers look to wood-frame construction to improve the cost and sustainability of their mid-rise projects, many have learned that accommodating wood shrinkage is actually very straightforward. This presentation will describe procedures for estimating wood shrinkage and provide detailing options that minimize its effects on building performance.
Learning Objective 1:
Discuss the cellular structure of wood in order to understand how moisture and wood interact, and identify the paths that moisture typically travels.
Learning Objective 2:
Explain methods of calculating expected shrinkage in multi-story wood-frame buildings.
Learning Objective 3:
Highlight best practice details for accommodating wood shrinkage and differential material movement at conditions such as opening sills, MEP lines and shaft wall connections.
Learning Objective 4:
Review considerations and solutions associated with shrinkage effects on structural connections.
Bio:
Jason has more than 20 years of experience as a structural engineer and a passion for sustainable building. He has a breadth of expertise in preparing structural calculations and design documents for educational projects, along with residential construction and remodeling experience. As a timber-frame designer early in his career, Jason gained an immense appreciation for the beauty and resilience of wood as a structural material. Always a creative problem solver and enthusiastic collaborator, he has worked with multidisciplinary teams throughout his career to move impactful projects forward. Jason holds combined Bachelor of Science and Master of Science degrees in Architectural Engineering from Kansas State University.
Fees:
SEAKM Member - $0.00
EIT (member/non-member) - $0.00
Non-Member - $25.00
This course satisfies 1.0 hour of PDH credit. Certificates will be emailed approximately one week after the meeting.
In-person attendees are encouraged to arrive at 11:30 AM for lunch and networking/socializing with industry peers and colleagues.
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