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The rectangular steel plate in the figure is forced by the forces given at the A and B points. a) Size the cross section according to the most economical section ratio a / b = 1/2. b) Calculate the amount of deformation occurring in the rod in this case. The yield stress of the steel plate can be taken as 400 Mpa, the modulus of elasticity 2.10 ^ 5 Mpa, the safety coefficient of the design can be taken as 2. F = 3kN L = 1.5m

The rectangular steel plate in the figure is forced by the forces given at the A and B points. a) Size the cross section according to the most economical section ratio a / b = 1/2. b) Calculate the amount of deformation occurring in the rod in this case. The yield stress of the steel plate can be taken as 400 Mpa, the modulus of elasticity 2.10 ^ 5 Mpa, the safety coefficient of the design can be taken as 2. F = 3kN L = 1.5m

Materials Science And Engineering Properties
Materials Science And Engineering Properties
1st Edition
ISBN:9781111988609
Author:Charles Gilmore
Publisher:Charles Gilmore
Chapter8: Engineering Materials
Section: Chapter Questions
Problem 85CQ
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The rectangular steel plate in the figure is forced by the forces given at the A and B points.

a) Size the cross section according to the most economical section ratio a / b = 1/2.

b) Calculate the amount of deformation occurring in the rod in this case. The yield stress of the steel plate can be taken as 400 Mpa, the modulus of elasticity 2.10 ^ 5 Mpa, the safety coefficient of the design can be taken as 2.

F = 3kN L = 1.5m

A a F(KN) F(KN) b
Transcribed Image Text:A a F(KN) F(KN) b
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