MOODY CHART
Question 1
A fluid specific gravity 0.96 flows steadily in a long vertical 2.54cm diameter pipe with average velocity of 0.152m/s.If th pleasure is constant throughout the fluid,what is the viscosity of the fluid?Determine the shear stress on pipe wall.
Question 2
Oil (s = 0.94) with viscosity 0.0096 N.s/m2 flows in a 90 mm diameter welded steel pipe (see Table 8.1) at 7.2 L/s. What is the friction head loss per meter pipe?
Question 3
Calculate head loss because of friction when water flow to 300m through the pipe with diameter 150m.The pipe is galvanised iron with flow rate of 50 L/s.Make v=1.14 mm2/s.
Question 4
Water at 20°C flows in a 500 mm diameter welded steel pipe. If the friction loss gradient is 0.006, determine the flow rate.
Question 5
Water with kinetic viscosity v=0.494 mm2/s flow through a pipe with diameter 18mm with velocity 0.1 m/s.Determine hydraulic gradient (hf/L) along the pipe if the pipe friction is 0.03 mm.
Question 6
Determine diameter of galvanized pipe needed to make the water flow along 180m with flow rate 85L/s with heead loss 9m.Make v=1.14 mm2/s.
Question 7
Determine head loss because of friction in iron pipe with diameter 305 mm,length 305 m when water flow with velocity 1525 mm/s.Make v=1.13 x 10-6 m2/s
Thanks for the nice notes. Can you pls share the pdf of the book you drafted these notes. or at least the name of the book with authors. Jazakallahu Khairan!
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