バイオメカニクスを考慮した乗客と車体との連成振動の解明(J14-3 人に優しい機器開発,J14 ヒューマン・ダイナミクス)

概要

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Although the weight of passengers can be considered as an increment of carbody mass itself in design of train carbodies, it has been shown that* the passengers' mass does not behave as a mere increase in mass because of coupled vibration `between passengers and carbody. This study clarifies the coupled pass enger-carbody vibration, and proposes a new model to design lightweight and comfortable railway vehicles using biomechanics. This, paper shows a new simulator that reproduces the coupled passenger-carbody vibration, and the experiment of coupled passenger-carbody vibration with the simulator is presented. The experiment shows that the vibration level of carbody decreases as 1/4 of the case without passenger when a passenger ride because of coupled vibration between passenger and carbody.
社団法人日本機械学会の論文
2004-09-04