|
|
|
题名
|
作者
|
年代
|
出处
|
被引量
|
| 1 | POWER FLOW ANALYSIS FOR A NEW ISOLATION SYSTEM-FLEXIBLE FLOATING RAFT显示文摘POWERFLOWANALYSISFORANEWISOLATIONSYSTEM-FLEXIBLEFLOATINGRAFTPOWERFLOWANALYSISFORANEWISOLATIONSYSTEM-FLEXIBLEFLOATINGRAFTXiong... | Xiong Yeping Song Kongjie Wang Chun Han Yuchang( Shandong University of Technology) | 1996 | Chinese Journal of Mechanical Engineering1996，9，3： | 10 |
| 2 | OPTIMUM CONTROL OF VIBRATION AND STRUCTURE-BORNE NOISE FOR MACHINERY ON FLEXIBLE FOUNDATION显示文摘OPTIMUMCONTROLOFVIBRATIONANDSTRUCTURE-BORNENOISEFORMACHINERYONFLEXIBLEFOUN-DATIONOPTIMUMCONTROLOFVIBRATIONANDSTRUCTURE-BORNEN... | Xiong Yeping Song Kongjie Wang Chun ( Shandong University of Technology) | 1996 | Chinese Journal of Mechanical Engineering1996，9，1： | 4 |
| 3 | Power flow in the coupled dynamic system of machinery and building floor显示文摘The transmision mechanism of vibrational power flow in the complex flekible coupled system of machinery mouned on a multi-storey plant building via isolators are studied in this paper from the viewpoint of energy. In view of practical isolation designs in engineering,an asymmetric isolation system with mtiltiple isolators on a fiekible foundation is modeled, in which the interactions between the machine and the floor, and among different mouating points are taken illto account. Moreover, the transmission characteristics of power flow in the system concerned are analyzed with the use of subsystem mobility synthetic techaique. Further more,the power flow spectra of the asymmetric system are calculated and compared with those of symmetric one to reveal the effects of asymmetricity and system parameters on the power flow.Finally, new approaches to the control of structural vibration and acoustics for this kin of problems are proposed. | XIONG Yeping Song K.J. and Wang C.(Institute o, Engineerng Medanics, Sandong University of Technology, Jinan, 250014) | 1996 | Chinese Journal of Acoustics1996，15，1： | 3 |
| 4 | Power Flow Response Based Dynamic Topology Optimization of Bi-material Plate Structures显示文摘Work on dynamic topology optimization of engineering structures for vibration suppression has mainly addressed the maximization of eigenfrequencies and gaps between consecutive eigenfrequencies of free vibration, minimization of the dynamic compliance subject to forced vibration, and minimization of the structural frequency response. A dynamic topology optimization method of bi-material plate structures is presented based on power flow analysis. Topology optimization problems formulated directly with the design objective of minimizing the power flow response are dealt with. In comparison to the displacement or velocity response, the power flow response takes not only the amplitude of force and velocity into account, but also the phase relationship of the two vector quantities. The complex expression of power flow response is derived based on time-harmonic external mechanical loading and Rayleigh damping. The mathematical formulation of topology optimization is established based on power flow response and bi-material solid isotropic material with penalization(SIMP) model. Computational optimization procedure is developed by using adjoint design sensitivity analysis and the method of moving asymptotes(MMA). Several numerical examples are presented for bi-material plate structures with different loading frequencies, which verify the feasibility and effectiveness of this method. Additionally, optimum results between topological design of minimum power flow response and minimum dynamic compliance are compared, showing that the present method has strong adaptability for structural dynamic topology optimization problems. The proposed research provides a more accurate and effective approach for dynamic topology optimization of vibrating structures. | XUE Xiaoguang LI Guoxi XIONG Yeping GONG Jingzhong | 2013 | Chinese Journal of Mechanical Engineering2013，26，3： | 3 |
| 5 | A NEW MODELING METHOD FOR MACHINE-FOUNDATION COUPLING SYSTEM AND ITS APPLICATION TO THE CONTROL OF POWER FLOW显示文摘0INTRODUCTIONVibrationtransmissionfromamachinesourcetoflexiblesupportingstructuresandtheasociatedsoundradiationfromthevibrat... | Xiong Yeping Shandong University of Technology | 1999 | Chinese Journal of Mechanical Engineering1999，12，2： | 3 |
| 6 | Power flow transmission influenced by vibration source impedance for a compound system显示文摘In this paper we present the effect of vibration source on the power flow transmission in a compound flexible system. Considering the internal impedance of the source, a general model is here proposed, and the generalized transfer equations of the system and the closed form solutions for power flow in the fiexible system are then developed, with which the effects of the source characteristics on power flow transmission are discussed. The investigation shows that when the source and receiver impedances are comparable, substantial error can occur in the power flow estimation if the source is assumed to be an ideal constant force source (CFS)or a constant velocity source (CVS). | XIONG Yeping SONG Konajie and HUO Rui(Institute of Engineerng Mechanics, Shandong Univerity of Technology Jinan 250061) | 1996 | Chinese Journal of Acoustics1996，15，4： | 2 |
| 7 | 汽车悬架同步振动抑制与能量收集综述与展望显示文摘悬架是汽车中的核心关键部件,具有承载和减振的双重功能。传统的悬架系统采用黏性液体或干摩擦阻尼器将振动能量转化为热量耗散出去实现减振,造成能量浪费,这尤其对新能源汽车不利。近十年来,既能抑制振动又能收集电能的新型悬架系统受到了高度关注和广泛研究。为了全面掌握汽车悬架同步振动抑制与能量收集技术领域的最新进展,回顾汽车悬架的发展历程,总结汽车悬架从路面激励中可收集的振动能量,重点梳理汽车能量回收悬架技术研究现状,探讨当前面临的技术挑战并对未来发展方向进行了展望。该研究有助于国内同行快速准确地掌握本领域的技术现状,有望为国内新型汽车悬架技术的发展提供重要参考。 | 陈仲生 曹军义 秦朝烨 陈志文 XIONG Yeping | 2022 | 机械工程学报2022，58，20： | 2 |
| 8 | Influence offlexible foundation on isolator wave effects显示文摘 | Xiong Yeping Song Kongjie Ai Xing | 1996 | Shockand Vibration1996，3，1： | 1 |
| 9 | Bifurcations and chaotic thresholds for the spring-pendulum oscillator with irrational and fractional nonlinear restoring forces显示文摘 | Ruilan Tian Qiliang Wu Yeping Xiong Xinwei Yang Wenjie Feng | 2014 | The European Physical Journal Plus2014，，5： | 1 |
| 10 | Power flow analysis of complex coupled system by progressive approaches显示文摘 | XIONG Yeping XING J T PRICE W G | 2001 | Journal of Sound and Vibration2001，239，2： | 1 |
| 11 | Gold nanoparticle sensitize radiotherapy of prostate cancer cells by regulation of the cellcycle显示文摘 | Wilson Roa Xiaojing Zhang Linghong Guo Andrew Shaw Xiuying Hu Yeping Xiong Sunil Gulavita Samir Patel Xuejun Sun Jie Chen Ronald Moore James Z Xing | 2009 | Nanotechnology2009，，37： | 1 |
| 12 | Nonlinear Dynamics Seismic Response of Container Crane Based on Contact Friction Theory显示文摘To evaluate the dynamic behavior of a container crane under seismic loads accurately,the contact state between the wheels and the rails or the ground that significantly affect the seismic response of the structure must be considered elaborately.This paper has proposed a modeling method based on the theory of contact and friction for simulating the nonlinear seismic response of large and flexible structure of a jumbo movable container crane,including the contact problem regarding the wheels attached to the bottom of its legs and the rails on which they ride.These models are used to perform extensive dynamic time-history analysis in order to find out their nonlinear dynamic behavior under various excitation modes.It is found that the presented numerical modeling method simulates the nonlinear seismic response of a container crane quite well.Notably,it can verify and expand our understanding of the seismic behaviors by evaluating response performance for the large seaport cranes. | Wang Dong Wang Gongxian Xiong Yeping Li Zhe | 2013 | 仪器仪表学报2013，34，S1： | 1 |
| 13 | WELD ROOT MAGNIFICATION FACTORS FOR SEMI-ELLIPTICAL CRACKS IN T-BUTT JOINTS显示文摘Many researchers have focused their efforts on fatigue failures occurring on weld toes. In recent years, more and more fatigue failures occur on weld roots. Therefore, it is important to explore the behaviour of weld root fatigues. This paper investigates numerically the Magnification factors (Mk) for types of semi-elliptical cracks on the weld root of a T-butt joint. The geometry of the joint is determined by four important parameters: crack depth ratio, crack shape ratio, weld leg ratio and weld angle. A singular element approach is used to generate the corresponding finite element meshes. For each set of given four parameters of the semi-elliptical root crack, the corresponding T-butt joint is numerically simulated and its Mk at the deepest point of the weld root crack is obtained for the respective tension and shear loads. The variation range of the four parameters covers 750 cases for each load, totaling 1500 simulations are completed. The numerical results obtained are then represented by the curve to explore the effects of four parameters on the Mk. To obtain an approximate equation representing Mk as a function of the four parameters for each load, a multiple regression method is adopted and the related regression analysis is performed. The error distributions of the two approximate equations are compared with the finite element data. It is confirmed that the obtained approximate functions fit very well to the database from which they are derived. Therefore, these two equations present a valuable reference for engineering applications in T-butt joint designs. | Zhanxun Song Yeping Xiong Jilong Xie Jing Tang Xing | 2013 | Acta Mechanica Solida Sinica2013，26，3： | 0 |
您所在的机构暂未开通此部分的功能，请联系管理员