Paper Infomation
Modal Analysis of a Large Scale Structural Testing Machine
Full Text(PDF, 2001KB)
Author: Jing Han, Jin Bao Ji, Yu Bin Ma
Abstract: In order to better understand dynamic characteristics of the structural testing system in Beijing University of Technology, ABAQUS software was adopted to build a mechanical finite element model of the system. Static analysis under real loading and modal analysis was conducted and the 4 natural frequencies and modes of the model were obtained. The influence on natural vibration characteristics by rack stiffening plates of the structural testing machine was studied. The studies of this paper may be useful for designing and functional improvement of structural testing machines.
Keywords: Testing Machine; Finite Element Model; Modal Analysis
References:
[1]Duan Z Y, Song B, Song G Y, et al. Modal Analysis of the Frame of YlJ Series Tire Uniformity Testing Machine[J]. Key Engineering Materials. 2013, 561: 201-205.
[2]ZHANG E. structural design and analysis of the oversize multifunctional structure test loading system[D]. Beijing: Beijing University of Technology, 2005.
[3]Sun C L.Design and Whole Work Performance Analysis of 20 MN Quick Forging Hydranic Press[D].Qinhuangdao: Yanshan Uni-versitym2007
[4]Lv Lin,Deng Ming,Li Yan Xia. Optimization of fine blanking machines frame based on finite element analysis[J]. Forging & Stamping Technology.2010(02): 102-106.
[5]Yang Gu Chuang,Yu Jing,Chen Wen. Analytical research on large close-die forging press housing structure[J]. Forging & Stamping Technology. 2010(03): 109-113.
[6]Lv Qiang,Zhang Xue Liang,Chen Yong Hui. Finite Element Analysis of 80 MN Rapid Forging Hydraulic Press. [J]. Ournal of Taiyuan University of Science and Technology. 2015(04): 312-315.
[7]Yang Xiu Ping,Zong Sheng Fa,Cao Xiao Cun. Structural design of hydraulic press with finite element method [J]. Heavy Machinery. 2003(06): 38-41.
[8]Cao Zhe Xian,Guo Xing Sen. The Basic Method of Finite Element Analysis and Its Engineering Application. [J]. Jiangxi Building Materials. 2015(08): 17-18.
[9]He Wen Bin ,Zeng Pan,Lin Feng. Finite element modal analysis of steel wire wound frame for 40 MN multi-cored hydraulic press. [J]. Forging & Stamping Technology. 2011(02): 69-73
[10]Pedrammehr S, Farrokhi H, Rajab A K S, et al. Modal Analysis of the Milling Machine Structure through FEM and Experimental Test[J]. Advanced Materials Research. 2011, 383-390: 6717-6721.
[11]Li Chao,Wang Su Zhen. Finite Element Analysis on the Loading Frame of Large-type Compression Testing Machine. [J].Engineering & Test. 2011(S1): 31-33.
[12]Pedrammehr S, Farrokhi H, Rajab A K S, et al. Modal Analysis of the Milling Machine Structure through FEM and Experimental Test[J]. Advanced Materials Research. 2011, 383-390: 6717-6721.
[13]Yang Cheng Yun,Lin Teng Jiao,Li Run Fang. Normal Characterist is and Dynamic Response Analysis of Speed Increase Gearbox System[J].China Mechanical Engineering. 2003(05):26-28