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A construction equipment accident cut the pipe bend shown. Gasoline (S = 0.75) discharges to the atmosphere at a steady rate of 65 ft3/s. Open pipe Area 0.5 ft2· (a) Sketch the appropriate diagrams and set up the equations to analyze the total force (z-and x-components) thatthe flange must ·ý esupply to hold the pipe bend in place. 120 (b) Calculate the z- and x-components of force. Assume that the volume of fluid in the pipe section shown is 2 ft3. The pipe section weighs 100 lbf. Assume ideal flow 2 ft ng Bemovilí ·find PYessueal3( Flange
engineering   Civil-Engineering   
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Answer #1

at ん:0。5.ft z. 12o Ry 霬 (n, 노 age Reactions -fr 2 om the Pipe on the water, ong hoon in -f im pule mpmentum equaton in x-dive c tion aure ne in y- direction w -wisht o pluid and pipe acts vertcoly Berroullies equa ton V> 13 35 he- heigh head Losse Continuity equator

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