Sokolov D.V., Barakhtenko E.A. Optimization of transmission capacity of energy water pipeline networks with a tree-shaped configuration and multiple sources // Energy. Vol.210. ID: 118469. 2020. DOI: 10.1016/j.energy.2020.118469 The problem of pipeline network transmission capacity optimization is solved during network design, optimization, and development. It consists in determining the optimal pipeline diameters, installation sites, and parameters of pumps and valves. This study proposes a methodology...
Теги: algorithm , dynamic programming , network optimization , pipeline diameters , pipeline networks , pumps , forestry , pipelines , water pipelines , computational procedures , continuous optimization problems , installation site , mathematical statement , optimization aVanteeva O.V. Probabilistic modeling of hydraulic conditions of tree pipeline networks under conventional boundary conditions // E3S Web of Conferences. Vol.39. ID: 01002. 2018. DOI: 10.1051/e3sconf/20183901002 The paper is concerned with the probabilistic modeling of pipeline network hydraulic conditions that occur due to random impacts of the external environment (load of consumers pressures at sources). The research is focused on a network with a tree configuration under conventional boundary...
Теги: boundary conditions , forestry , hydraulic equipment , monte carlo methods , numerical methods , pipelines , external environments , hydraulic conditions , network operations , pipeline networks , probabilistic
