The velocity distribution in an open channel could be approximated as in Figure: 2. Determine the kinetic energy correction factor a and momentum correction factor B for this velocity profile. u
The velocity distribution in an open channel could be approximated as in Figure: 2. Determine the kinetic energy correction factor a and momentum correction factor B for this velocity profile. u
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![The velocity distribution in an open channel could be approximated as in Figure: 2.
Determine the kinetic energy correction factor a and momentum correction factor B for this
velocity profile.
u
u
u
aD
Figure: 2
b) For the following pressure distribution (Figure: 3) in an open channel flow, calculate the [
effective piezometric head. Use the hydrostatic pressure distribution as the reference.
hi
kyy
Elev. Zo
Kyhı
Pressur
Figure: 3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6ed10701-11d4-4f91-a002-bcccc493de78%2F62d4a537-8ceb-4b87-8636-1fce5071fc91%2F78wwegs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The velocity distribution in an open channel could be approximated as in Figure: 2.
Determine the kinetic energy correction factor a and momentum correction factor B for this
velocity profile.
u
u
u
aD
Figure: 2
b) For the following pressure distribution (Figure: 3) in an open channel flow, calculate the [
effective piezometric head. Use the hydrostatic pressure distribution as the reference.
hi
kyy
Elev. Zo
Kyhı
Pressur
Figure: 3
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