 Two programs to calculate flow in parallel pipe networks, which operate solely under the assumption of turbulent flow. The first program calculates manometric height (ft), total volumetric flow rate (ft³/s), head loss (ft), Reynolds number in each pipe, friction factor in each pipe, average flow velocity in each pipe (ft/s), and volumetric flow rate in each pipe (ft³/s). The second program calculates pressure difference between the junctions (psig), head loss (ft), Reynolds number in each pipe, friction factor in each pipe, average flow velocity in each pipe (ft/s), and volumetric flow rate in each pipe (ft³/s). |
Calculates loss of load, volumetric flow, and diameter.
Calculates the flow rate and exit velocity of the fluid at the initial moments. A reservoir with a free surface exposed to the atmosphere, using a horizontal tube of length L, diameter D, and an outlet also exposed to the atmosphere. The user can choose up to 10 types of fluids for the calculation. For example: freshwater, saltwater, motor oil, gasoline, ethanol, and kerosene.