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Example 4. Flow between two reservoirs. Water at 10°C flow from a large reservoir to a small one through a 5-cm-diameter cast iron piping system shown in figure (6). Determine the elevation 2₁ for the flow rate of 61/s. Z₁ = ? @ Sharp-edged entrance, K₂ = 0.5 Standard elbow, flanged, K₂ = 0.2 = 4 m Gate valve fully open K₁ = 0.3- -Exit, K₂ = 1 (Answer. 27,9 m) 20 D = 5 cm -System boundary 9 m 80 m Figure 6:

Example 4. Flow between two reservoirs. Water at 10°C flow from a large reservoir to a small one through a 5-cm-diameter cast iron piping system shown in figure (6). Determine the elevation 2₁ for the flow rate of 61/s. Z₁ = ? @ Sharp-edged entrance, K₂ = 0.5 Standard elbow, flanged, K₂ = 0.2 = 4 m Gate valve fully open K₁ = 0.3- -Exit, K₂ = 1 (Answer. 27,9 m) 20 D = 5 cm -System boundary 9 m 80 m Figure 6:

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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Example 4. Flow between two reservoirs. Water at 10°C flow from a large reservoir to a small one through a 5-cm-diameter cast iron piping system shown in figure (6). Determine the elevation 2₁ for the flow rate of 61/s. Z₁ = ? @ Sharp-edged entrance, K₂ = 0.5 Standard elbow, flanged, K₂ = 0.2 = 4 m Gate valve fully open K₁ = 0.3- -Exit, K₂ = 1 (Answer. 27,9 m) 20 D = 5 cm -System boundary 9 m 80 m Figure 6:
Transcribed Image Text:Example 4. Flow between two reservoirs. Water at 10°C flow from a large reservoir to a small one through a 5-cm-diameter cast iron piping system shown in figure (6). Determine the elevation 2₁ for the flow rate of 61/s. Z₁ = ? @ Sharp-edged entrance, K₂ = 0.5 Standard elbow, flanged, K₂ = 0.2 = 4 m Gate valve fully open K₁ = 0.3- -Exit, K₂ = 1 (Answer. 27,9 m) 20 D = 5 cm -System boundary 9 m 80 m Figure 6:
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