Problem 2: A steel pressure vessel with radius r (used approximately as inner, median and outer radius), and thickness t=r/40, acts as an eccentrically loaded cantilever as shown in the figure. If internal pressure p and a weight W=(1/2)pr² are applied, determine the principal stresses at point A (located at L=10r) and show them on a properly oriented element
Problem 2: A steel pressure vessel with radius r (used approximately as inner, median and outer radius), and thickness t=r/40, acts as an eccentrically loaded cantilever as shown in the figure. If internal pressure p and a weight W=(1/2)pr² are applied, determine the principal stresses at point A (located at L=10r) and show them on a properly oriented element
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Don't need to draw Mohr circle.
![Problem 2: A steel pressure vessel with radius r (used approximately as inner, median
and outer radius), and thickness t=r/40, acts as an eccentrically loaded cantilever as
shown in the figure. If internal pressure p and a weight W=(7/2)pr² are applied, determine
the principal stresses at point A (located at L=10r) and show them on a properly oriented
element
A
L
W
b'
b
E
1.
(view b-b')](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F81478539-f30b-4514-8bc1-602f419a3489%2F01e8835b-3860-489e-96f1-5965f3d4c589%2Fjzaaqh9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 2: A steel pressure vessel with radius r (used approximately as inner, median
and outer radius), and thickness t=r/40, acts as an eccentrically loaded cantilever as
shown in the figure. If internal pressure p and a weight W=(7/2)pr² are applied, determine
the principal stresses at point A (located at L=10r) and show them on a properly oriented
element
A
L
W
b'
b
E
1.
(view b-b')
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