摘要
应用面向对象的思想,使用C++语言设计开发了基于Visual C++10.0集成开发平台的矿井通风网络解算软件。软件采用改进的斯考特-亨斯利算法。针对白庄煤矿多水平高阻通风困难的问题,提出4种优化方案,进行网络解算,确定最优方案及风机型号,对白庄煤矿通风系统进行了优化改造,有效地解决了通风系统存在的实际问题,对其他多水平高阻矿井的优化改造具有重要的借鉴意义和推广价值。
A new software for mine ventilation network solution was developed under Visual C + + 10. 0integrated development platform and using C + + as well as OOP method. This software uses an improved Scott-Hinsley algorithm. Aiming at the special cases of high resistance and multi-level mine,four kinds of optimization were proposed. According to the network solution,the optimal scheme and the fan model are determined. According to that optimized model,the Baizhuang coal mine ventilation system was optimized.Through that way,ventilation system of actual problem was solved effectively. It has important reference meaning and popularization value to other high resistance and multi-level mine.
出处
《煤炭技术》
CAS
北大核心
2015年第2期167-170,共4页
Coal Technology
关键词
网络解算
通风系统
优化
调节
network solution
ventilation system
optimize
regulation
