Design Example Of Wood Diaphragm Using Envelope Method Deformation This session provides guidance on the proper design of engineered wood diaphragm and subdiaphram systems. participants will learn best practices as they are guided through simple design examples. note: aia (1 hsw lu) and icc (0.10 ceu) approve this course. a downloadable certificate of completion is available after completing a brief quiz and. On demand webinar designing engineered wood diaphragm systems. diaphragms play a vital role in a building’s lateral load path. whether that lateral load is from seismic activity or wind forces, the diaphragm is responsible for distributing that lateral load to the shear walls.
Designing Engineered Wood Diaphragm Systems Youtube Diaphragms play a vital role in a building’s lateral load path. whether that lateral load is from seismic activity or wind forces, the diaphragm is responsib. Designing engineered wood diaphragm systems. wednesday, may 22 | 10 11 a.m. pdt. diaphragms play a vital role in a building’s lateral load path. whether that lateral load is from seismic activity or wind forces, the diaphragm is responsible for distributing that lateral load to the shear walls. For seismic design, shear wall aspect ratios greater than 2:1 but not exceeding 3.5:1 are permitted provided the factored shear resistance values are multiplied by 2w h, where w and h are equal to the width and height of the shear wall segment respectively. 1. the unit shear is: v = v l = 3000 10 = 300 plf. In the design of many wood buildings, the flexibility of horizontal force distributing diaphragms is given little consideration. however, in certain building configurations, diaphragm deflections are a critical aspect of structural design. this webinar will review the conditions under which designers should consider the deflections of.
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