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Stability of a Railway Vehicle with Side Swaying, Rolling and Yawing Motions on a Multispan Simply Supported Girder System. : 1st Report. Boundary Frequency Equations of Unstable Regions for Simple Parametric Resonance

Memoirs of the Faculty of Engineering, Yamaguchi University Volume 38 Issue 2 Page 305-312
published_at 1988
KJ00000156690.pdf
[fulltext] 489 KB
Title
多径間単純げた上を走行する鉄道車両-左右・ローリング・ヨーイング系-の走行安定性に関する研究 : 第 1 報, 単純パラメトリック共振の境界振動数方程式
Stability of a Railway Vehicle with Side Swaying, Rolling and Yawing Motions on a Multispan Simply Supported Girder System. : 1st Report. Boundary Frequency Equations of Unstable Regions for Simple Parametric Resonance
Creators Aida Tadayoshi
Creators Ikegami Toyokazu
Source Identifiers
Basic equations of dynamic stability of a railway vehicle with side swaying, rolling and yawing motions, which travels on a multispan simply supported guideway, were derived by mathematically idealizing a multispan guideway to a circulated guideway system. It was shown that the perturbation equations of above coupled system consisted of a vehicle and a circulated guideway are Hill's equations and the boundary frequency equations of simple parametric resonance, which are available to actual system, were presented in this paper.
Subjects
土木工学 ( Other)
Languages jpn
Resource Type departmental bulletin paper
Publishers 山口大学工学部
Date Issued 1988
File Version Version of Record
Access Rights open access
Relations
[ISSN]0372-7661
[NCID]AN00244228
Schools 工学部