1010 衝撃吸収型鉄道車両構体の非破壊領域に作用する長手荷重の予測(OS-6 ビークルダイナミクス)
スポンサーリンク
概要
- 論文の詳細を見る
For a rail vehicle with crashworthy performance, the end structure must have not only a strength performance for a statically endurable longitudinal design load without causing any permanent deformation, but also it must act as a crushable zone, for the non-crushable zone not to cause any visible collapse. That is to say, the end structure must collapse easily by a longitudinal load as low as possible, after exceeding the static design load. FEM crash analyses and static crush tests were done for two types of structure with different type of construction. The results showed that the ratios of the peak value of crush load to the static longitudinal design load of those two types were similar each other. This makes it easy for us to estimate a longitudinal design load for the non-crushable zone of new design vehicle, based on a specified statically endurable longitudinal design load for the end structure.
- 2004-03-17
著者
関連論文
- (5)部分低床LRV (Light Rail Vehicle)および全面低床LRVの構体構造の開発(技術奨励,日本機械学会賞〔2007年度(平成19年度)審査経過報告〕)
- 1010 衝撃吸収型鉄道車両構体の非破壊領域に作用する長手荷重の予測(OS-6 ビークルダイナミクス)
- 三次元移流拡散方程式の有限要素解法における各種変形要素の精度評価 : (誤差解析手法によるアプローチ)