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云岗矿采煤工作面底板巨厚层涌水量预测分析
Title:PredictionandAnalysisofMassiveInrushWaterintheFloorofCloudRidgeMine'sWorkingFace
Abstract:
Inminingoperations,oneofthemostsignificantchallengesfacedisthepredictionandcontrolofwaterinrushes.CloudRidgeMine,knownforitscolossalcoalreserves,isnoexception.ThispaperaimstopredictandanalyzethemassiveinflowofwaterintheflooroftheminingworkingfaceatCloudRidgeMine.Thestudyutilizesvariouspredictiontechniquesandanalyzesthepotentialcausesandconsequencesofsuchwaterinrushes.Thefindingsofthisresearchcanprovideessentialinsightsforeffectivewatermanagementstrategiesandenhancesafetymeasuresintheminingindustry.
1.Introduction:
Waterinrushesinminingoperationsposeasignificantthreattothesafetyandviabilityofminingoperations.Theflooroftheminingworkingfaceisparticularlypronetosuchwaterinflows,andthepredictionandanalysisofmassivewaterinrushesarecrucialforasafeandsustainableminingoperation.ThispaperfocusesonthechallengesfacedinpredictingandmanagingthemassiveinflowofwaterinthefloorofCloudRidgeMine'sworkingface.
2.LiteratureReview:
Thissectionprovidesanoverviewofpreviousstudiesandresearchconductedonwaterinrushpredictionsandanalysesinminingoperations.Thereviewhighlightsthekeymethodsandtechniquesutilizedinpredictingwaterinrushesandthemeasurestakentocontrolandmanagesuchincidents.
3.Methodology:
ThissectiondescribesthemethodologyusedtopredictandanalyzethemassiveinflowofwaterinthefloorofCloudRidgeMine'sworkingface.Itincludesinformationondatacollection,dataanalysistechniques,andpredictionmodelsemployedinthestudy.Theimportanceofintegratinggeological,hydrological,andminingengineeringdataisemphasizedtoenhancetheaccuracyofwaterinrushpredictions.
4.DataAnalysis:
Thissectionpresentstheresultsofthedataanalysisconductedonthecollectedgeological,hydrological,andminingengineeringdatafromCloudRidgeMine.Variousstatisticalandpredictivemodelingtechniquesareusedtoanalyzethepotentialformassivewaterinrushesintheminingworkingface.Theanalysisfocusesonidentifyingthesourceandmagnitudeofwaterinflows.