注水管网水力仿真软件的开发

Development of Hydraulic Simulation Software for Water Flooding Pipeline System

基于图论法相关理论,通过研究注水管网水力仿真算法,将图形建模和管网模型节点矩阵紧密结合在一起,实现自动化构建数学表达式功能,减轻处理数据的工作量,提高仿真效率。通过实例分析,与现场数据进行对比,验证了软件的可靠性,同时证明软件操作的实用性,大幅提高了注水管网水力计算的自动化水平。

Based on the theory of graph method,by researching hydraulic simulation algorithm of water flooding pipeline system,in order to combine graphical modeling is combined closely with node matrix of the pipeline model and achieve the mathematical expressions by automation,which can reduce the workload of data processing and improve the efficiency of the simulation.By analyzing the examples and comparing with field data,reliability of the software is validated,at the same time,the applicability of software is demonstrated,and the level of automation of hydraulic simulation for water flooding pipeline system is greatly improved.