Materials Science & Technology

FULLTEXT SEARCH
NEW: Advanced Search

Research of Modern Railway Vehicle Structure Fatigue Design Method Based on Multibody Dynamic Simulation

Journal Advanced Materials Research (Volumes 118 - 120)
Volume Materials and Product Technologies II
Edited by L.Y. Xie, M.N. James, Y.X. Zhao and W.X. Qian
Pages 327-331
DOI 10.4028/www.scientific.net/AMR.118-120.327
Citation Bing Rong Miao et al., 2010, Advanced Materials Research, 118-120, 327
Online since June, 2010
Authors Bing Rong Miao, Wei Hua Zhang, L.M. Zhang, Tao Zhu, H.T. Yin
Keywords Fatigue Life Prediction, Finite Element Model (FEM), Multibody Dynamic Simulation, Railway Carbody Structure
Abstract

For high-speed railway carbody structure durability analysis problems in China, one integrated method based on MBS (multibody simulation) is proposed here. Firstly, one EMU (Electricity Multiple Unit) full vehicle was performed to dynamic modeling and simulation. The numerical simulation results were applied to illustrate the vehicle dynamic characteristics. And the relationships between structural strength, stiffness, and frequency characteristics were also studied. Secondly, the multidisciplinary design technique was used to solve multi-mode coupled vibration of carbody structure on the cumulative effects of local vibration and damage effects, as well as structure light-weighting and other parallel optimization problems. Finally, the effective measures were proposed to control carbody structure’s physical failure.

Full Paper PDF Get the full paper by clicking here

First page example

Preview of first page