大直径深孔阶段空场嗣后充填采矿法底部结构优化.docx

大直径深孔阶段空场嗣后充填采矿法底部结构优化
Title:OptimizationofBottomStructureinLargeDiameterDeepHoleStageEmptyFieldSillFillingMiningMethod
Abstract:
Thedevelopmentofminingtechnologyhasledtotheexplorationofdeepundergroundresourcesthroughlargediameterdeepholestageemptyfieldsillfillingminingmethods.Thisminingmethodinvolvesexcavatinglargediameterdeepholesandfillingthemwithwasterocksortailings,whichnotonlyreducesthesurfacedisturbancebutalsomaximizestherecoveryofmineralresources.Theoptimizationofthebottomstructureinthisminingmethodplaysacriticalroleinensuringthestabilityandefficiencyoftheminingprocess.Thispaperaimstoanalyzeandproposestrategiesforoptimizingthebottomstructureinthelargediameterdeepholestageemptyfieldsillfillingminingmethod.
1.Introduction:
1.1Backgroundandsignificance
1.2Objectivesofthestudy
2.LiteratureReview:
2.1Overviewoflargediameterdeepholestageemptyfieldsillfillingminingmethod
2.2Previousstudiesonbottomstructureoptimization
3.Methodology:
3.1Datacollection
3.2Numericalmodeling
3.3Analysisandoptimization
4.FactorsAffectingBottomStructureOptimization:
4.1Geotechnicalpropertiesofthefillingmaterials
4.2Geometricparametersofthebottomstructure
4.3Hydrogeologicalconditions
4.4Dynamicstressanalysis
5.OptimizationStrategies:
5.1Selectionofappropriatefillingmaterials
5.2Designoptimizationofthebottomstructure
5.3Optimizationofhydrogeologicalconditions
5.4Dynamicstressanalysisandstructuralreinforcement
6.CaseStudy:
6.1Selectionofaminingsite
6.2Analysisandoptimizationofthebottomstructure
7.ResultsandDiscussions:
7.1Assessmentofstabilityandefficiency
7.2Comparisonofdifferentoptimizationstrategies
7.3Validationoftheproposedoptimizationstrategies
8.Conclusion:
8.1Summaryofthefindings
8.2Recommendationsforfutureresearch
References(APAformatting)
Thisresearchpaperaimstoprovideacomprehensiveanalysisoftheoptimizationofthebottomstructureinthelargediameterdeepholestageemptyfieldsillfillingminingmethod.Byconsideringvariousfactorssuchasgeotechnicalproperties,geometricparameters,hydrogeologicalc