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1- Two pipes merge into a single pipe. Before the flow is fully-developed, the velocity profile is as indicated in the figure. Find V. DIFla (m) 2V 0,4a (m) Vi=2,a (m/sn) 0,4a (m) 0,4a (m) v D3=1,2+3x0,0a (m) 0,4a (m) 2V 0,4a (m) V Vi-3,b (m/5n) D2=0,8b (m) 0,4a (m) V2

1- Two pipes merge into a single pipe. Before the flow is fully-developed, the velocity profile is as indicated in the figure. Find V. DIFla (m) 2V 0,4a (m) Vi=2,a (m/sn) 0,4a (m) 0,4a (m) v D3=1,2+3x0,0a (m) 0,4a (m) 2V 0,4a (m) V Vi-3,b (m/5n) D2=0,8b (m) 0,4a (m) V2

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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a=7  , b=2

1- Two pipes merge into a single pipe. Before the flow is fully-developed, the velocity profile is as indicated in the figure. Find V. DıF1,a (m) 2V0,4a (m) Vi=2,a (m/sn) 0,4a (m) 0.4a (m) Dy=1,2+3x0,0a (m) 0,4a (m). 2V 0,4a (m) Vi-3,b (m/sn) D2=0,8b (m) 0,4a (m) V2
Transcribed Image Text:1- Two pipes merge into a single pipe. Before the flow is fully-developed, the velocity profile is as indicated in the figure. Find V. DıF1,a (m) 2V0,4a (m) Vi=2,a (m/sn) 0,4a (m) 0.4a (m) Dy=1,2+3x0,0a (m) 0,4a (m). 2V 0,4a (m) Vi-3,b (m/sn) D2=0,8b (m) 0,4a (m) V2
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