20:22 CE272-8-conserv... ■■ Turk Telekom Х 3/4 5 %71 Example 5.2 A circular pipe of radius R has a perforated section of length L. The velocity distribution of flow at section (1) is given by u Umax r The discharge per unit length of the perforated section is qr. Determine: a) the average velocity Vax at section (2) b) the difference between the mass flux rate of sections (1) and (2). <] Umax Rr u(r) R
20:22 CE272-8-conserv... ■■ Turk Telekom Х 3/4 5 %71 Example 5.2 A circular pipe of radius R has a perforated section of length L. The velocity distribution of flow at section (1) is given by u Umax r The discharge per unit length of the perforated section is qr. Determine: a) the average velocity Vax at section (2) b) the difference between the mass flux rate of sections (1) and (2). <] Umax Rr u(r) R
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![20:22
CE272-8-conserv...
■■ Turk Telekom
Х
3/4
5
%71
Example 5.2 A circular pipe of radius R has a perforated section of length L. The velocity
distribution of flow at section (1) is given by
u Umax
r
The discharge per unit length of the perforated section is qr. Determine:
a) the average velocity Vax at section (2)
b) the difference between the mass flux rate of sections (1) and (2).
<]
Umax
Rr
u(r)
R](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F446da7c8-507c-4b18-809c-d3f0b910d698%2F8237cb97-78ad-4aac-804a-c02f00fcbdc4%2Fynduu43v_processed.jpeg&w=3840&q=75)
Transcribed Image Text:20:22
CE272-8-conserv...
■■ Turk Telekom
Х
3/4
5
%71
Example 5.2 A circular pipe of radius R has a perforated section of length L. The velocity
distribution of flow at section (1) is given by
u Umax
r
The discharge per unit length of the perforated section is qr. Determine:
a) the average velocity Vax at section (2)
b) the difference between the mass flux rate of sections (1) and (2).
<]
Umax
Rr
u(r)
R
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