Click on the Kr icon in the tool box and then click on a pump or bifurcation on the grid. The Kr represents the total, summed Kr for all devices located downstream of the pump or bifurcation and until the exit or the next downstream pump or bifurcation is reached. The Kr should include effects of pipe bends, expansions, contractions, constrictions, valves, check valves, or strainers. A sound understanding of hydraulics, friction loss, and sprinkler connections. An understanding of hydraulics, pump discharge-pressure characteristics, and typical pump connections.
Maintenance is available free of charge.
The standard policy is to ship software upon receipt of a cheque of the full amount payable on a U.S. bank. Pressure and Discharge Distribution Simulation in Pressurized Irrigaiton Systems.- unpublished Ph.D. Dissertation, Dept. Biological and Irrigation Engineering, Utah State University, Logan, UT 84322-4105. Thomas-M. Stein . Back to the home page of the Department.