A horizontal pipe has a sudden contraction from DN100 to DN80 Schedule 40 steel pipes. The water flows in the smaller pipe at 25 "C with a flowrate of 3020 L/min. The pressure in the larger section is Pi 380 kPa. a) Deternine the type of flow in the smaller and larger pipes. b) Determine the downstream pressure, P2. Calculate the percentage of error that would have occurred if downstream pressure, Pa c) caleulated using Rensoulli's equation. d) State the reason for the pressure difference between Part (b) and Part (c).

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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assume all the missing datas.
QUESTION 1
A horizontal pipe has a sudden contraction from DN100 to DN80 Schedule 40 stecl pipes. The
water flows in the snmaller pipe at 25 "C with a flowrate of 3020 L/min. The pressure in the larger
section is P 380 kPa.
a)
Deternine the type of flow in the smaller and larger pipes.
b)
Determine the dowWTIstream pressure, P2.
c)
Calculate the percentage of eror that would have occurred if downstream pressure, Pa
caleulated using Rernouli's equation.
d)
State the reason for the pressure difference between Part (b) and Part (c).
Transcribed Image Text:QUESTION 1 A horizontal pipe has a sudden contraction from DN100 to DN80 Schedule 40 stecl pipes. The water flows in the snmaller pipe at 25 "C with a flowrate of 3020 L/min. The pressure in the larger section is P 380 kPa. a) Deternine the type of flow in the smaller and larger pipes. b) Determine the dowWTIstream pressure, P2. c) Calculate the percentage of eror that would have occurred if downstream pressure, Pa caleulated using Rernouli's equation. d) State the reason for the pressure difference between Part (b) and Part (c).
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