What is the maximum stress which could be produced in the pipe of Prob. 6-2 as a result of suddenly closing a valve in the line? (K for water is approximately 10 percent of the value of E for steel.)
What is the maximum stress which could be produced in the pipe of Prob. 6-2 as a result of suddenly closing a valve in the line? (K for water is approximately 10 percent of the value of E for steel.)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![the pipe?
[-2. A steel pipeline with a nominal diameter of 24 in has an ID of 22.624 in (575 mm)
and a wall thickness of 0.688 in (17.5 mm) carries a flow of 28 ft3/s (794 L/s). The
pipe makes a short-radius 90° turn. What is the force developed in a buttress at the
bend? What stress would be developed in the pipe by this change in direction if no
buttress were provided?
-3. What is the maximum stress which could be produced in the pipe of Prob. 6-2 as a
result of suddenly closing a valve in the line? (K for water is approximately 10
percent of the value of E for steel.)
SoLve Prob (6-3)
REFERENCES
1. John Parmokie](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe36fcd00-c1e1-43f6-a7d8-d191ba72155f%2Fc111719f-93f1-4b21-b4aa-175e9163448c%2Fnxyqf0l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:the pipe?
[-2. A steel pipeline with a nominal diameter of 24 in has an ID of 22.624 in (575 mm)
and a wall thickness of 0.688 in (17.5 mm) carries a flow of 28 ft3/s (794 L/s). The
pipe makes a short-radius 90° turn. What is the force developed in a buttress at the
bend? What stress would be developed in the pipe by this change in direction if no
buttress were provided?
-3. What is the maximum stress which could be produced in the pipe of Prob. 6-2 as a
result of suddenly closing a valve in the line? (K for water is approximately 10
percent of the value of E for steel.)
SoLve Prob (6-3)
REFERENCES
1. John Parmokie
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