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Water Pipeline & Pump Design: 

Velocity Head Loss
  • Calculate the velocity head loss for a pipe under pressure flow.
Minor Loss Equivalent Length
  • Calculate the minor loss equivalent length in a pipe under pressure flow, (for use in calculating head losses from valves, fittings, etc.) in equivalent length of straight pipe.
Friction Head Loss
  • Calculate the friction head loss for a water distribution line or force main.  This calculation is based on length of pipe and friction head includes the equivalent length for valves and fittings plus the total straight pipe length.
Total Dynamic Head
  • Calculate the total dynamic head (TDH) requirements of the water distribution line or sewer force main to determine the required pump size.
Pump Design Variables
  • Calculate the horsepower requirements of the pump and motor from the total dynamic head requirements of the transmission line.
Convert Units of Head
  • Convert head (H), expressed in ft or m, to psi or kPa, or convert from psi or kPa to ft or m.  Convert English units to English units or metric units to metric units.
Thrust Blocks - Bends
  • Calculate the required area for a concrete thrust block on a bend in a water distribution line.
Thrust Blocks - Branch
  • Calculate the required area for a thrust block on a tee in a water distribution line.
Frictional Resist/Soil Pressure
  • Calculate the frictional resistance or soil pressure variables for a pipeline.  Both variables are required to determine restrained joint length.
Restrained Joint - Length
  • Calculate the restrained joint length requirements for a water distribution line or force main.
Design Problem 1
  • Calculate the discharge from the open end of a pressurized water pipe accounting for minor losses.