a) A 30-cm diameter pipe conveys water at the rate of 106 L/sec. Determine the contraction head loss if the diameter is suddenly reduced to 15 cm. Compare this with the head loss incurred when the 15-cm pipe suddenly expands to 30 cm. b) With the same flow rate and geometry, determine the corresponding head losses (in % of the originally calculated in a) if a 15° confusor and a 15° diffuser are used to reduce the head losses
a) A 30-cm diameter pipe conveys water at the rate of 106 L/sec. Determine the contraction head loss if the diameter is suddenly reduced to 15 cm. Compare this with the head loss incurred when the 15-cm pipe suddenly expands to 30 cm. b) With the same flow rate and geometry, determine the corresponding head losses (in % of the originally calculated in a) if a 15° confusor and a 15° diffuser are used to reduce the head losses
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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a) A 30-cm diameter pipe conveys water at the rate of 106 L/sec. Determine the contraction head loss if the diameter is suddenly reduced to 15 cm. Compare this with the head loss incurred when the 15-cm pipe suddenly expands to 30 cm.
b) With the same flow rate and geometry, determine the corresponding head losses (in % of the originally calculated in a) if a 15° confusor and a 15° diffuser are used to reduce the head losses
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