A 10 kN post is applied to the fixed-supported steel post as shown in the figure.The post has a constant diameter of 100 m. The yield strength of the materialused is 250 MPa. Compute the following:10KN0.5m+21.5m+ZFigure 2+XA. The principal stresses acting at point A.B. The Von-mises equivalent stress at point A.+XC. The factor of safety with respect to yielding at point A based on MaximumDistortion Energy Theory.

GivenFZ=10 kNNote - post diamter 100m too much large as compare to its length 1.5m. It must be 100mm…

A 10 kN post is applied to the fixed-supported steel post as shown in the fig The post has a constant diameter of 100 m. The yield strength of the materi used is 250 MPa. Compute the following: 10kN 0.5m +X

A 10 kN post is applied to the fixed-supported steel post as shown in the fig The post has a constant diameter of 100 m. The yield strength of the materi used is 250 MPa. Compute the following: 10kN 0.5m +X

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter7: Analysis Of Stress And Strain

Section: Chapter Questions

Problem 7.6.4P: Solve the preceding problem if the element is steel (E = 200 GPa. p = 0.30) with dimensions a = 300...

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Question

A 10 kN post is applied to the fixed-supported steel post as shown in the figure.
The post has a constant diameter of 100 m. The yield strength of the material
used is 250 MPa. Compute the following:
10KN
0.5m
+2
1.5m
+Z
Figure 2
+X
A. The principal stresses acting at point A.
B. The Von-mises equivalent stress at point A.
+X
C. The factor of safety with respect to yielding at point A based on Maximum
Distortion Energy Theory.

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