首页|Random vibration analysis of FGM plates subjected to moving load using a refined stochastic finite element method
Random vibration analysis of FGM plates subjected to moving load using a refined stochastic finite element method
扫码查看
点击上方二维码区域，可以放大扫码查看
原文链接
万方数据
维普
The article introduces a finite element procedure using the bilinear quadrilateral element or four-node rectangular element(namely Q4 element)based on a refined first-order shear deformation theory(r-FSDT)and Monte Carlo simulation(MCS),so-called refined stochastic finite element method to inves-tigate the random vibration of functionally graded material(FGM)plates subjected to the moving load.The advantage of the proposed method is to use r-FSDT to improve the accuracy of classical FSDT,satisfy the stress-free condition at the plate boundaries,and combine with MCS to analyze the vibration of the FGM plate when the parameter inputs are random quantities following a normal distribution.The ob-tained results show that the distribution characteristics of the vibration response of the FGM plate depend on the standard deviation of the input parameters and the velocity of the moving load.Furthermore,the numerical results in this study are expected to contribute to improving the under-standing of FGM plates subjected to moving loads with uncertain input parameters.
FGMMoving loadR-FSDTQ4 elementMonte Carlo simulationRandom vibration
Ngoc-Tu Do、Trung Thanh Tran
展开 >
Faculty of Mechanical Engineering,Hanoi University of Industry,Hanoi,Viet Nam
Faculty of Mechanical Engineering,Le Quy Don Technical University,Hanoi,Viet Nam
万方数据
维普
