The beam shown in cross section is fabricated by joining two 150-mm by 150-mm wooden boards with 20-mm-thick plywood strips. Knowing that the working shear stress for plywood is 2 MPa, determine the maximum allowable vertical shear force that can be carried by the beam. Dimensions in mm ——— —— -150- 75 -20 150 150

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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The beam shown in cross section is fabricated by joining two 150-mm by 150-mm wooden boards
with 20-mm-thick plywood strips. Knowing that the working shear stress for plywood is 2 MPa,
determine the maximum allowable vertical shear force that can be carried by the beam.
Dimensions
in mm
———
——
-150-
75
-20
150
150
Transcribed Image Text:The beam shown in cross section is fabricated by joining two 150-mm by 150-mm wooden boards with 20-mm-thick plywood strips. Knowing that the working shear stress for plywood is 2 MPa, determine the maximum allowable vertical shear force that can be carried by the beam. Dimensions in mm ——— —— -150- 75 -20 150 150
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