3.9 The stress components in a circular cylinder of length L and radius r are given by Ax, + Bx3 Cx3 -Cx2 Cx3 -Cx, (a) Verify that in the absence of body forces the equilibrium equations are satisfied. (b) Show that the stress vector vanishes at all points on the curved surface of the cylinder.
3.9 The stress components in a circular cylinder of length L and radius r are given by Ax, + Bx3 Cx3 -Cx2 Cx3 -Cx, (a) Verify that in the absence of body forces the equilibrium equations are satisfied. (b) Show that the stress vector vanishes at all points on the curved surface of the cylinder.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![3.9 The stress components in a circular cylinder of length L and radius r
are given by
Ax, + Bx3
Cx3
-Cx,
[o,)= Cx,
-Cx2
(a) Verify that in the absence of body forces the equilibrium equations
are satisfied.
(b) Show that the stress vector vanishes at all points on the curved
surface of the cylinder.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7d53d078-308f-44e2-b6d3-db42e5652aea%2F2a5ce262-377f-4669-8f87-b3e42a44df8f%2Fsrlxsw9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3.9 The stress components in a circular cylinder of length L and radius r
are given by
Ax, + Bx3
Cx3
-Cx,
[o,)= Cx,
-Cx2
(a) Verify that in the absence of body forces the equilibrium equations
are satisfied.
(b) Show that the stress vector vanishes at all points on the curved
surface of the cylinder.
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