摘要
在掘进工程接替工作中运用了运筹学图论的理论和方法,研究了掘进工程的串联网络和复杂网络,建立了网络图和网络数字化模型,在Java语言基础上研制了可视化网络系统,实现了计算机编制复杂工程网络之间的衔接,解决了由计算机代替手动编制建井期间各工程间掘进接替的问题。并在山西省蒲县凤凰台煤矿建井项目中进行应用,结果表明,利用计算机软件输出的最终网络模型来分析研究建井掘进工程间的衔接较为合理,建井工期节约了近一个月,实现了建井工程复杂网络掘进接续计划的计算机自动化处理及接续方案的优化。
The theory and method of operational research graph theory was applied in tunneling engineering relay, the serial network and complex network for tunneling engineering were researched, the network map and digital network model were established, a visualized network system was developed based on Java, the connection between complex engineering computer networks was realized, and the problems was solved for preparation of construction engineering tunneling relay by the computer instead of human. The model and system was applied in Fenghuangtai Coal Mine construction project in Puxian Shanxi. The results show that, it is reasonable to use the final network model of computer software output analyze the tunneling relay, the period of mine construction was saved for nearly a month, eomputer automatic processing and optimization were realized for eomplex network tunneling engineering relay scheme.
出处
《煤炭工程》
北大核心
2017年第6期139-141,145,共4页
Coal Engineering
基金
山西省科技重大专项(20121101009-03)
山西省自然科学基金重点项目(2014011044)
关键词
掘进工程
网络模型
可视化网络系统
掘进接替
tunneling engineering
network model
visualized network
tunneling relay
