全复合蜂窝夹芯板动态特性分析

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关键词：蜂窝结构；全复合三明治结构；高阶剪切变形理论；动态特性 中图分类号：TB333.1；O327 文献标志码：A DOI：10.16385/j.cnki.issn.1004-4523.202310050

Dynamic analysis of all-composite honeycomb core sandwich panel

XU Zhuo 1，3 ，CHUChen¹，XUPeiyao¹，LI Hui 2，3 ， SUN Pengyao4， ZHENG Lisheng5， GUDawei 3，6 ，HU Changcheng²， ZHANG Mingrui8，WEN Bangchun 2，3 （1.School of Mechanical Engineering，Northeast Electric Power University，Jilin 132Ol2， China; 2.School of Mechanical Engineering and Automation，Northeastern University，Shenyang 11O819，China; 3.Key Laboratoryof Vibration and Controlof Aero-Propulsion System MinistryofEducation，Northeastern University， Shenyang llO819，China; 4.SpecialEquipment Inspection CenterofJin（Special EquipmentAccident Investigation Service CenterofJilin），Jilin132089，China；5.Wenzhou InstituteofIndustry&Science，Wenzhou 325028，China; 6.School of Mechanical Engineering，Zhejiang University of Technology，Hangzhou 3lool4，China; 7.Jilin General Aviation Vocational and Technical Colege，Jilin 132O32，China; 8.School of Chemical Engineering，Northeast Electric PowerUniversity，Jilin132Ol2，China）

Abstract：The intrinsiccharacteristicsof al-composite honeycombcore sandwich panels（ACHCSP）were investigated usinga combinedapproachof theoryandexperimentation.Atheoretical modelof theACHCSPstructure Was established basedonthe highordersheardeformationtheoryandGibsonequivalenttheory.Thedynamiccharacteristicsof this structureweredetermined usingtheRayleigh-Ritzmethodandorthogonalpolynomialapproach.Arelevantexperimentalplatformwasconstructedtoconduct testsonACHCSPastheresearchsubject，therebyconfirmingtheaccuracyofthetheoreticalmodel.Theresultsindicatethatthis theoreticalmodelcanacuratelypredictthenaturalfrequenciesofACHCSPplates.Basedontheestablishedmodeltheinfluence offiberlayer thickness，oneycombcellwall thickness，andwallengthonthenatural frequenciesofCHCSPstructuresisdiscussed.

Keywords：honeycomb structure;al-compositesandwich structure;highordersheardeformationtheory;naturalcharacteristic

ACHCSP具有比强度高、减重性能良好、抗振性能好等优点，特别是蜂窝夹层结构的高比刚度和比强度，且其抗冲击性能优于其他传统结构，因此被广泛应用于航空、航天、汽车、体育器械和兵工器械等领域[16]。（剩余15471字）