A 130 mm x 220 mm timber wood is used for the beam shown. Take E = 8.22 MPa. w = 8.65 kN/m, L =7. a. Compute the maximum flexural stress in MPa. b. Compute the maximum shear stress in MPa. c. Considering Agoho with Fb = 26.3 MPa and Fv = 2.95 MPa, check if the section is adequate.
A 130 mm x 220 mm timber wood is used for the beam shown. Take E = 8.22 MPa. w = 8.65 kN/m, L =7. a. Compute the maximum flexural stress in MPa. b. Compute the maximum shear stress in MPa. c. Considering Agoho with Fb = 26.3 MPa and Fv = 2.95 MPa, check if the section is adequate.
Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
5th Edition
ISBN:9781305084766
Author:Saeed Moaveni
Publisher:Saeed Moaveni
Chapter12: Electric Current And Related Variables In Engineering
Section12.2: Electrical Circuits And Components
Problem 6BYG
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A 130 mm x 220 mm timber wood is used for the beam shown. Take E = 8.22 MPa. w = 8.65 kN/m, L =7.
a. Compute the maximum flexural stress in MPa.
b. Compute the maximum shear stress in MPa.
c. Considering Agoho with Fb = 26.3 MPa and Fv = 2.95 MPa, check if the section is adequate.
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