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A circular rod of length 15 inches and diameter 0.5 inches is subjected to a tension of 5600lb if the rod is made of steel E=29000ksi G=11000KSI.

What is the new cross sectional area?

2.The stress state at a point within a structure is as shown below . All stresses are in MPA . What is the normal stress on the plane to the horizontal. What is the direction of the maximum shear stress with respect to the x-axis and what is the maximum shear stress?

=200MPA

100

300

3.This section is subjected to a positive bending moment M=40Nm.

A circular rod of length 15 inches and diameter 0.5 inches is subjected to a tension of 5600lb if the rod is made of steel E=29000ksi G=11000KSI.

What is the new cross sectional area?

2.The stress state at a point within a structure is as shown below . All stresses are in MPA . What is the normal stress on the plane to the horizontal. What is the direction of the maximum shear stress with respect to the x-axis and what is the maximum shear stress?

=200MPA

100

300

3.This section is subjected to a positive bending moment M=40Nm. What is the centroid moment of inertia and maximum shear stress for this object?

8

1

1/2

10

Question 4.

Question 5: draw a free body diagram for the picture below and find the maximum bending stress and maximum shear stress?

Attachments:

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