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For the following cantilever beam and loading, a. Find the beam's maximum shear stress. Indicate precisely where this maximum shear stress occurs on the beam and in the cross-section. b. Determine the minimum shear capacity of each fastener in kN if the beam is constructed from a single structural tee and a plate with fasteners at point A (as indicated in the cross-section) and the spacing of fasteners along the beam is s = 100 mm. c. Determine the state of stress at point B (on the web slightly below the flange), on the cross-sectional cut to the support's left: draw the result d. The principal stresses, the maximum in-plane shear stress, and their orientation (all at point B): sketch the result e. Considering the material is ductile and ov|= 200 MPa, determine if the material is yielded at point B Fixed Connection 50 kN 노100-> B -0.5 m 200

For the following cantilever beam and loading, a. Find the beam's maximum shear stress. Indicate precisely where this maximum shear stress occurs on the beam and in the cross-section. b. Determine the minimum shear capacity of each fastener in kN if the beam is constructed from a single structural tee and a plate with fasteners at point A (as indicated in the cross-section) and the spacing of fasteners along the beam is s = 100 mm. c. Determine the state of stress at point B (on the web slightly below the flange), on the cross-sectional cut to the support's left: draw the result d. The principal stresses, the maximum in-plane shear stress, and their orientation (all at point B): sketch the result e. Considering the material is ductile and ov|= 200 MPa, determine if the material is yielded at point B Fixed Connection 50 kN 노100-> B -0.5 m 200

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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I saw this question solved before, both on Chegg and Bartleby and it was WRONG! Please,if you do not know how to solve DO NOT COPY the wrong solution.Thank you!

For the following cantilever beam and loading, a. Find the beam's maximum shear stress. Indicate precisely where this maximum shear stress occurs on the beam and in the cross-section. b. Determine the minimum shear capacity of each fastener in kN if the beam is constructed from a single structural tee and a plate with fasteners at point A (as indicated in the cross-section) and the spacing of fasteners along the beam iss = 100 mm. c. Determine the state of stress at point B (on the web slightly below the flange), on the cross-sectional cut to the support's left: draw the result d. The principal stresses, the maximum in-plane shear stress, and their orientation (all at point B): sketch the result e. Considering the material is ductile and ov = 200 MPa, determine if the material is yielded at point B Fixed Connection 50 kN k-100-> B -0.5 m 200
Transcribed Image Text:For the following cantilever beam and loading, a. Find the beam's maximum shear stress. Indicate precisely where this maximum shear stress occurs on the beam and in the cross-section. b. Determine the minimum shear capacity of each fastener in kN if the beam is constructed from a single structural tee and a plate with fasteners at point A (as indicated in the cross-section) and the spacing of fasteners along the beam iss = 100 mm. c. Determine the state of stress at point B (on the web slightly below the flange), on the cross-sectional cut to the support's left: draw the result d. The principal stresses, the maximum in-plane shear stress, and their orientation (all at point B): sketch the result e. Considering the material is ductile and ov = 200 MPa, determine if the material is yielded at point B Fixed Connection 50 kN k-100-> B -0.5 m 200
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