Question
Water at 40C is flowing through a reducing bend, where 2 is 135. The fluid enters the bend at a rate of 7.35 m3 /s
Water at 40C is flowing through a reducing bend, where 2 is 135. The fluid enters the bend at a rate of 7.35 m3 /s and exits 4.55 m above the inlet point. The inlet pipe diameter is 1.565 m while the outlet is 0.988 m. Inlet pressure is 223 kPa gage, friction losses are formulated as (1.252^2/ 3) for 7225 kg water (mass of water). The gravity force and work on fluid can be neglected.
Flowchart:
What is the density of water at 40C?
What is the viscosity of water at 40C?
What is the area for point 1 (A1)?
What is the area for point 2 (A2)
What is the inlet velocity?
What is the outlet velocity?
What is mass flow rate?
What is the correction factor?
What is the kinetic energy differantiation?
What is the potential energy differantiation?
What is the friction loss?
What is the pressure for inlet point?
What is the force on x-axis?
What is the force on y-axis?
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Analysis Synthesis And Design Of Chemical Processes
Authors: Richard Turton, Richard C. Bailie, Wallace B. Whiting, Joseph A. Shaeiwitz
3rd Edition
0135129664, 978-0135129661
