Water flows through a set of pipes from a reservoir to the point of use, 12.5 m below the water surface of the reservoir. The first pipe has a diameter and length of 125 mm and 20 m respectively. The second pipe has a diameter of 175 mm. Determine the length of the second pipe if a flow rate of 0.065 m3 /s is required at the outlet of the second pipe. The first pipe has a friction coefficient of 0.008 (Darcy) and the second pipe has a friction coefficient of 0.005 (Darcy). Consider all losses.
Water flows through a set of pipes from a reservoir to the point of use, 12.5 m below the water surface of the reservoir. The first pipe has a diameter and length of 125 mm and 20 m respectively. The second pipe has a diameter of 175 mm. Determine the length of the second pipe if a flow rate of 0.065 m3 /s is required at the outlet of the second pipe. The first pipe has a friction coefficient of 0.008 (Darcy) and the second pipe has a friction coefficient of 0.005 (Darcy). Consider all losses.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Water flows through a set of pipes from a reservoir to the point of use, 12.5 m below the
water surface of the reservoir. The first pipe has a diameter and length of 125 mm and 20 m
respectively. The second pipe has a diameter of 175 mm. Determine the length of the second
pipe if a flow rate of 0.065 m3
/s is required at the outlet of the second pipe. The first pipe
has a friction coefficient of 0.008 (Darcy) and the second pipe has a friction coefficient of
0.005 (Darcy). Consider all losses.
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