Water with sp.gr 0.97 flows through a pipe of uniform diameter 350mm with a mean velocity of 1.0 m/s. Determine the volume flow rate and mass flow rate of water through the pipe. Determine the type of flow based on the Reynolds number “Re”. The pressure at the datum of the pipe is measured as 25 N/cm2 with a pressure gauge. Determine the total head of water at three different locations 1) at the bottom 2) at a height of 5m and 3) at a section which is 10m above the datum. Assume that the pipe is 45 degrees to the horizontal and there are no frictional losses.
Water with sp.gr 0.97 flows through a pipe of uniform diameter 350mm with a mean velocity of 1.0 m/s. Determine the volume flow rate and mass flow rate of water through the pipe. Determine the type of flow based on the Reynolds number “Re”. The pressure at the datum of the pipe is measured as 25 N/cm2 with a pressure gauge. Determine the total head of water at three different locations 1) at the bottom 2) at a height of 5m and 3) at a section which is 10m above the datum. Assume that the pipe is 45 degrees to the horizontal and there are no frictional losses.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Water with sp.gr 0.97 flows through a pipe of uniform diameter 350mm with a mean velocity of 1.0 m/s. Determine the volume flow rate and mass flow rate of water through the pipe. Determine the type of flow based on the Reynolds number “Re”. The pressure at the datum of the pipe is measured as 25 N/cm2 with a pressure gauge. Determine the total head of water at three different locations 1) at the bottom 2) at a height of 5m and 3) at a section which is 10m above the datum. Assume that the pipe is 45 degrees to the horizontal and there are no frictional losses.
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