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The beam shown below is made of an alloy of titanium that has a stress-strain diagram that can in part be approximated by two straight lines. If the material behaviour is the same in both tension and compression, determine the bending moment that can be applied to the beam that will cause the material at the top and bottom of the beam to be subjected to a strain of 0.050 mm/mm 3 cm M 2 cm σ (MPa) 1330 1050 σ = 105(10¹) € σ= 7000€ + 980 0.010 0.050 -€ (mm/mm)

The beam shown below is made of an alloy of titanium that has a stress-strain diagram that can in part be approximated by two straight lines. If the material behaviour is the same in both tension and compression, determine the bending moment that can be applied to the beam that will cause the material at the top and bottom of the beam to be subjected to a strain of 0.050 mm/mm 3 cm M 2 cm σ (MPa) 1330 1050 σ = 105(10¹) € σ= 7000€ + 980 0.010 0.050 -€ (mm/mm)

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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Q4 The beam shown below is made of an alloy of titanium that has a stress-strain diagram that can in part be approximated by two straight lines. If the material behaviour is the same in both tension and compression, determine the bending moment that can be applied to the beam that will cause the material at the top and bottom of the beam to be subjected to a strain of 0.050 mm/mm 3 cm 2 cm σ(MPa) 1330 1050 σ = 105(10¹) € σ= 7000€ +980 0.010 gaizu 201 0.050 € (mm/mm)
Transcribed Image Text:Q4 The beam shown below is made of an alloy of titanium that has a stress-strain diagram that can in part be approximated by two straight lines. If the material behaviour is the same in both tension and compression, determine the bending moment that can be applied to the beam that will cause the material at the top and bottom of the beam to be subjected to a strain of 0.050 mm/mm 3 cm 2 cm σ(MPa) 1330 1050 σ = 105(10¹) € σ= 7000€ +980 0.010 gaizu 201 0.050 € (mm/mm)
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