新型流体袋缓冲机构的几何参数对缓冲性能的敏感性分析和优化（英文）-豆柴文库

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新型流体袋缓冲机构的几何参数对缓冲性能的敏感性分析和优化（英文）
Title:SensitivityAnalysisandOptimizationofGeometricParametersofaNovelFluidBagCushioningMechanism
Abstract:
Cushioningmechanismsplayacrucialroleinprotectingdelicateequipmentandfragilegoodsduringtransportationorhigh-impactevents.Thisstudyfocusesonthesensitivityanalysisandoptimizationofgeometricparametersofanovelfluidbagcushioningmechanism.Theaimistoinvestigatehowdifferentgeometricparametersaffectthecushioningperformanceandsubsequentlyoptimizetheseparameterstoenhancetheoverallperformanceofthemechanism.
1.Introduction
Cushioningmechanismsareessentialforreducingtheimpactforcesandvibrationsexperiencedbysensitiveequipmentandproducts.Thetraditionalcushioningmethods,suchasfoam-basedmaterialsandsprings,havelimitationsintermsoftheirabilitytoprovideeffectivebufferandmitigateimpactforces.Asaresult,thereisanincreasingdemandforinnovativecushioningmechanismsthatcanofferimprovedperformanceandprotection.
2.LiteratureReview
Thissectionprovidesanoverviewofexistingcushioningmechanismsandtheirlimitations.Inparticular,itfocusesonthedevelopmentandapplicationoffluidbagcushioningmechanisms.Theadvantagesofusingfluidbagcushioning,includingtheirabilitytodistributeimpactforcesandadapttovariousloadconditions,arehighlighted.
3.Methodology
Theproposedmethodinthisstudyinvolvesasensitivityanalysisandoptimizationprocess.Thesensitivityanalysisaimstodeterminetheinfluenceofvariousgeometricparametersonthecushioningperformance.Severalkeygeometricparameterswillbeconsidered,suchasbagthickness,baglength,andbagdiameter.Theoptimizationprocesswillinvolvefindingtheoptimalcombinationoftheseparameterstoenhancethecushioningperformance.
4.ExperimentalSetup
Atestsetupwillbedesignedandconstructedtoevaluatethecushioningperformanceofthefluidbagmechanism.Adroptestwillbeconductedtosimulateimpacteventsandmeasuretheaccelerationanddecelerationexperiencedbyanobject.Theparameterstobemeasuredincludepeakacceleration,impacttime,andenergyabsorption.
5.SensitivityAnalysis
Thesensitivityanalysiswillin