波浪中RMRC六边围圈形平台模型连接器载荷研究（英文）-豆柴文库

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波浪中RMRC六边围圈形平台模型连接器载荷研究（英文）
Title:StudyonLoadAnalysisofConnectorinRMRCHexagonalPerimeterPlatformModelinWaves
Abstract:
Hexagonalperimeterplatformmodelsarewidelyusedinoffshoreengineeringtosupportvariousstructuressuchaswindturbinesandoilplatforms.Thisstudyfocusesontheloadanalysisoftheconnectorsinahexagonalperimeterplatformmodelsubjectedtowaveaction.Theaimistoinvestigatethemechanicalbehavioroftheconnectorsunderwaveloadingconditions.Acombinationofnumericalsimulationsandexperimentaltestingmethodsisemployedtoanalyzetheconnectorperformance.Theresultsprovideinsightsintothedesignandoptimizationofconnectorsforhexagonalperimeterplatformmodelsinwaveenvironments.
1.Introduction
Hexagonalperimeterplatformmodelsarecommonlyusedinoffshoreengineeringduetotheirabilitytosupportvariousstructuresandwithstandwaveandwindloads.Theseplatformsconsistofmultipleinterconnectedmodules,withconnectorsservingasthecriticalcomponentsthattransferloadsbetweenmodules.Inthisstudy,wefocusontheRMRC(RemotelyMonitoredResearchCraft)hexagonalperimeterplatformmodelandanalyzethemechanicalbehaviorofitsconnectorsunderwaveloadingconditions.
2.LiteratureReview
Previousstudieshaveinvestigatedthedynamicresponseofhexagonalperimeterplatformmodelsunderwaveloading.However,limitedresearchhasfocusedspecificallyontheloadanalysisofconnectorswithintheseplatforms.Thisstudyaimstobridgethisknowledgegapbyanalyzingtheloadbehaviorandfailuremechanismsofconnectorsundervaryingwaveconditions.
3.Methodology
3.1NumericalSimulations
Anumericalsimulationapproachisemployedtomodelandanalyzetheconnectorbehavior.Finiteelementanalysis(FEA)softwareisusedtosimulatetheplatformmodelsubjectedtowaveloadingconditions.Thesimulationsconsidervariouswavecharacteristics,suchaswaveheight,waveperiod,andwavedirection.Theconnectorperformancemetrics,suchasstressdistribution,deformation,andloadtransfer,areobtainedfromthesimulations.
3.2ExperimentalTesting
Tovalidatethenumericalresultsandprovidefurtherinsights,experimentaltestingisconducted.Physicalmodelsofthehexag