一种新型混凝土泵车臂架减振方案的研究与应用

这种情况下，为了提高混凝土泵车的工作效率并减少对周围环境的影响，需要采取一些有效的减振方案。本研究针对混凝土泵车臂架的减振问题，提出了一种新型的减振方案，通过对实验数据进行分析，验证了该方案Concretepumptruckplaysacrucialroleinconstruction.However,duetotheoscillationproblemcausedbythelow-frequencyandhigh-frequencyvibrationofthearmframeofthepumptruck,itsuseislimitedinsomeenvironments.Inthiscase,inordertoimprovetheworkingefficiencyofconcretepumptruckandreduceitsimpactonthesurroundingenvironment,someeffectivevibrationreductionschemesneedtobeadopted.Thisstudyproposesanewvibrationreductionschemeforthearmframeofaconcretepumptruck,whichhasbeenverifiedbyanalyzingexperimentaldata,providingaguaranteeforthereliabilityandsafetyoftheconcretepumptruck.Keywords:concretepumptruck,armframe,vibrationreduction,reliability,safety到工地上。但是，由于其作业时臂架会出现低频振动和高频振动的情况，有时臂架振幅超出极限而导致泵车倒塌或其他意外事故的发生。因此，3060米PID调节算法，寻找最佳的减振参数，使减振器的作用更表明，该方案可有效地降低混凝土泵车的振动幅度，改善施工现场环境，保证施工安全和工作效率。J.Ma,L.Liu,D.Zuo,etal.ResearchonComprehensiveEffectofDual-bandEnergy-restoringDynamicVibrationAbsorber.MechanicalScienceandTechnologyforAerospaceEngineering,2019,38(5):580-Q.Huang,S.Chen,X.Tan,etal.ResearchonVibrationReductionofPaverBasedonGeneticAlgorithmandNeuralNetwork.JournalofHighwayEngineeringandConstruction,2018,5:134-137.G.Qin,C.Fu,F.Zhou,etal.ResearchonActiveVibrationIsolationControlofSteamTurbineGeneratorSe