某煤矿通风系统仿真优化模拟及应用研究毕业论文

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1、某煤矿通风系统仿真优化模拟及应用研究毕业论文目录摘要I目录III图清单VII表清单IX1绪论11Introduction11.1研究的意义和目的11.2国内外研究现状21.3研究内容81.4研究方法及技术路线92新元煤矿通风系统现状考察与分析112.1新元煤矿矿井概况112.2矿井通风系统阻力测定112.3矿井通风系统现状实时仿真212.4本章小结273矿井通风系统运行状态仿真模拟系统283.1系统基本任务283.2软件总体功能283.3矿井通风系统运行状态仿真模拟方法及程序303.4主要通风机特性曲线求解方法及程序373.5主要通风机工况点解析方法3993.6主要通风机工况点优化调节方法及程

2、序413.7主要通风机优化选型方法及程序433.8井巷实测风阻值调整（平差）方法及程序443.9本章小结484矿井通风系统运行状态模拟与优化控制504.1矿井通风系统运行状态模拟方案拟定504.2方案Ⅰ模拟解网与预测分析504.3方案Ⅱ模拟解网与预测分析514.4方案Ⅲ模拟解网与预测分析524.5方案比较544.6本章小结545最优矿井通风系统方案的经济技术及主通风机通风能力分析565.1最优矿井通风系统方案的总阻力及阻力分布分析565.2最优矿井通风系统方案的总等积孔分析595.3最优矿井通风系统方案的主通风机工况点及通风能力分析605.4本章小结616结论与展望636.1本文的主要内容及结

3、论636.2本文展望64参考文献66作者简历68学位论文原创性声明69学位论文数据集709ContentsAbstractIIContentsVListofFiguresVIIListofTabelsIX1Introduction11.1Projectmeaningandpurpose11.2Researchstatus21.3ResearchContents81.4ResearchContentandResearchRouteofthePaper92InvestigationandAnalysisStatusoftheventilationsysteminXinyuanCoalMine112

4、.1OverviewofXinyuanCoalMine112.2Determinationofmineventilationsystemresistance112.3Statusofreal-timesimulationofmineventilationsystem212.4Summary273Mineventilationsystemoperationsimulationsystem283.1BasicSystemTasks283.2Softwareoverallfunction283.3CurrentSituationSimulationofYunheCoalMineVentilation

5、NetworkSystem303.4Themainfancurvesolvingmethodsandprocedures373.5Themainfanoperatingpointanalysismethod)393.6Themainfanoperatingpointadjustmentmethodandprogramoptimization413.7Themainfanselectionmethodandprogramoptimization433.8Roadwaymeasuredwindresistanceadjustment(adjustment)methodsandprocedures4

6、43.9Summary494OperationsimulationandoptimizationcontrolofMineventilationsystem504.1Mineventilationsystemoperationsimulationprogramming504.2SolutionsNetworksimulationandpredictionofProgram1504.3SolutionsNetworksimulationandpredictionofProgram2514.4SolutionsNetworksimulationandpredictionofProgram35294

7、.5Comparisonoftheparameters544.6Summary545Technicalandeconomiccapacityofthemainfanventilationoptimalmineventilationsystemanalysis565.1Totalresistanceandresistanceofoptimalmineventilationsystemdistribu