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Pipe network analysis method, network minimum cost flow analysis method and Kan-mo management system

机译:管网分析方法,网络最小成本流分析方法及看莫管理系统

摘要

PURPOSE: To provide a pipe network analysis which can obtain pipe network analysis results in practicable time with high accuracy even for large-scale (gas) pipe network and a pipeline control system therewith. ;CONSTITUTION: For a part which has no loops on a (gas) pipe network consisting of a loop structure 314 and a wooden structure 315 with no loops, namely, a wooden structure part, it is possible to determine (gas) flow rate concentratively from demand without taking into consideration (gas) pressure. Where the pressure in a joint of framework 302 which is the root of the wooden structure part 315 is determined, it is possible to determine the pressure in the respective joints of framework in order toward its terminal for the loop structure, and it is not necessary to solve simultaneous equations for a pipe network including the loop structure and the wooden structure. Paying attention to this, the wooden structure part of the pipe network is represented at the joint of framework which a root to reduce the pipe network. The data of the wooden structure part are stored in a storage part and deleted from an original pipe network. For the joint of framework is a root, a total of demand of all joints of framework which form the wooden structure part is allocated.;COPYRIGHT: (C)1996,JPO
机译:目的:提供一种管网分析,即使对于大型(燃气)管网及其管线控制系统,也可以在切实可行的时间内以高精度获得管网分析结果。组成:对于由环形结构314和不带环形结构的木质结构315组成的(燃气)管网上没有环形的部分,即木质结构部分,可以集中确定(气体)流量从需求中得出,而没有考虑(气体)压力。在确定作为木结构部件315的根部的框架302的接缝中的压力的​​情况下,可以确定框架的各个接缝中的压力,以朝向环形结构的其末端,并且没有必要。求解包含环结构和木结构的管网联立方程。注意这一点,管网的木结构部分代表在框架的接缝处,其根源在于减少管网。木结构部件的数据存储在存储部件中,并从原始管网中删除。因为框架的接缝是根,所以分配了构成木结构部分的所有框架的接缝的总需求。;版权所有:(C)1996,日本特许厅

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