A flow of 19 L/s of water passes through a 4" diameter pipe and material with a roughness of 0.20 mm. Two points A and B of this pipe, 456 m apart, are such that the piezometric elevation at B is equal to the geometric dimension at A. Determine the pressure load available at point A, in mca The direction of flow is from A to B.
A flow of 19 L/s of water passes through a 4" diameter pipe and material with a roughness of 0.20 mm. Two points A and B of this pipe, 456 m apart, are such that the piezometric elevation at B is equal to the geometric dimension at A. Determine the pressure load available at point A, in mca The direction of flow is from A to B.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A flow of 19 L/s of water passes through a 4" diameter pipe and material with a roughness of 0.20 mm. Two points A and B of this pipe, 456 m apart, are such that the piezometric elevation at B is equal to the geometric dimension at A. Determine the pressure load available at point A, in mca The direction of flow is from A to B.
Note:
Piezometric dimension corresponds to the sum of the pressure load with the geometric (topographic) dimension m i: CPi=pi/γ+zi
kinematic viscosity of water = 10-6 m2/s
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