A straight bar of circular cross-section has a diameter of 50 mm. The bar is subjected to a time varying eccentric tensile load at a distance of 10 mm from the centre of its cross-section (see Figure 3). The load varies in a sinusoidal fashion with time, in a cycle between zero and a value F. The material of the bar has a tensile strength of 420 MPa and a fatigue limit in fully reversed loading of 175 MPa. O to F 0 to F 10 mm Figure 3 B (i) For the points A and B defined on the cross-section shown in Figure 3, sketch how the components of normal stress will vary on a plot of normal stress versus time. On each plot, show the stress components due to axial loading, and due to bending, as well as the total normal stress. Note: At this point in the question you do not need to give magnitudes of the developed stresses.
A straight bar of circular cross-section has a diameter of 50 mm. The bar is subjected to a time varying eccentric tensile load at a distance of 10 mm from the centre of its cross-section (see Figure 3). The load varies in a sinusoidal fashion with time, in a cycle between zero and a value F. The material of the bar has a tensile strength of 420 MPa and a fatigue limit in fully reversed loading of 175 MPa. O to F 0 to F 10 mm Figure 3 B (i) For the points A and B defined on the cross-section shown in Figure 3, sketch how the components of normal stress will vary on a plot of normal stress versus time. On each plot, show the stress components due to axial loading, and due to bending, as well as the total normal stress. Note: At this point in the question you do not need to give magnitudes of the developed stresses.
Mechanics of Materials (MindTap Course List)
9th Edition
ISBN:9781337093347
Author:Barry J. Goodno, James M. Gere
Publisher:Barry J. Goodno, James M. Gere
Chapter2: Axially Loaded Members
Section: Chapter Questions
Problem 2.2.17P: A hollow, circular, cast-iron pipe (Ec =12,000 ksi) supports a brass rod (Ec= 14,000 ksi} and weight...
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![A straight bar of circular cross-section has a diameter of 50 mm. The bar is
(c)
subjected to a time varying eccentric tensile load at a distance of 10 mm from the
centre of its cross-section (see Figure 3). The load varies in a sinusoidal fashion
with time, in a cycle between zero and a value F. The material of the bar has a
tensile strength of 420 MPa and a fatigue limit in fully reversed loading of
175 MPa.
O to F
O to F
10 mm
Figure 3
B
(i) For the points A and B defined on the cross-section shown in Figure 3, sketch
how the components of normal stress will vary on a plot of normal stress
versus time. On each plot, show the stress components due to axial loading,
and due to bending, as well as the total normal stress. Note: At this point in
the question you do not need to give magnitudes of the developed stresses.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8652fe5b-7245-49ea-a93f-86e4e0b7d78b%2F039218ff-f96b-46b3-996f-0239246bbc08%2Fnq30g9q_processed.png&w=3840&q=75)
Transcribed Image Text:A straight bar of circular cross-section has a diameter of 50 mm. The bar is
(c)
subjected to a time varying eccentric tensile load at a distance of 10 mm from the
centre of its cross-section (see Figure 3). The load varies in a sinusoidal fashion
with time, in a cycle between zero and a value F. The material of the bar has a
tensile strength of 420 MPa and a fatigue limit in fully reversed loading of
175 MPa.
O to F
O to F
10 mm
Figure 3
B
(i) For the points A and B defined on the cross-section shown in Figure 3, sketch
how the components of normal stress will vary on a plot of normal stress
versus time. On each plot, show the stress components due to axial loading,
and due to bending, as well as the total normal stress. Note: At this point in
the question you do not need to give magnitudes of the developed stresses.
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