衝突振動に関する実験的研究 : フーリエ級数解と実験値との2,3の比較

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概要

• 論文の詳細を見る

• The object of this study is to establish quantitatively the correspondence between our dynamical model and the real system for steady impact vibrations by experimental investigations. The followings are the main points. (1) Solution of the equation of motion is given by a perfect Fourier series method supplemented with a convergency improvement by means of series transformation, which was introduced by S. Maezawa. (2) An experimental model is a simple mass-spring system with a stop which is set in vibration by a harmonic exciting force. (3) Collision characteristics for force of restitution of the stop are assumed to be composed of three straight line segments enclosing a hysteresis loop. In this paper, only foregoing analytical results are given without proof, but the experimental apparatus and method are described, and results of experiments are compared with Fourier series solutions with good agreement.

• 山梨大学の論文

著者

• 渡辺 武

  山梨大学工学部

• 村田 一正

  山梨大学工学部

• 斎木 久政

  日立製作所

• 幡野 右

  森永乳業

関連論文

• 衝突振動に関する研究 : 衝突時間を考慮した場合と考慮せずゼロとした場合の解析結果の比較
• 衝突振動に関する実験的研究 : フーリエ級数解と実験値との2,3の比較
• 振動輸送に関する研究(だ円振動の場合 その2)

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