Study of four options for determining hydrostatic pressure on a plane surface by the three-command method K123

Four different options of modern engineering calculation for solving one standard problem were studied. based on the new author's method three K123 commands. The basis is geometric content and formulation determining hydrostatic pressure a flat surface using example typical hydrostatics. algebraic component implementation solution used as an auxiliary technology.A full factorial experiment was conducted. According to results work, set goal achieved - total number factors reduced. Based methods statistical analysis, following conclusions obtained: statistically significant relationship established between use concrete pipes at low speed largest pipeline accidents. material in it turned out be most influencing life accidents pipeline. purpose presented work show relevance development scientific foundations, algorithms corresponding technologies hydraulic calculations, which include individual achievements unfortunately missed domestic educational literature fifth technological order: cybernetics, computers, numerical methods, communication.