Dynamics & Design Conference
Online ISSN : 2424-2993
セッションID: 264
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264 矩形液体貯蔵容器における地震時の非線形スロッシング関する考察(自由液面系の流体関連振動のメカニズムと計測制御,OS-22 流体関連振動・音響メカニズムと計測制御,総合テーマ「伝統を,未来へ!」)
浅野 翔藤田 勝久川合 忠雄
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会議録・要旨集 フリー

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The liquid storage container (tank) is listed up as one of facilities which are apt to be damaged by earthquake in industrial facilities. As for earthquake damages of tanks, the sloshing phenomenon of the liquid free surface and the bulging one which is due to the interaction between the tank structure rigidity and the liquid pressure force become problems. Of these, we investigate a nonlinear sloshing. Although there are many papers which introduce the small parameter till its 3 power term for nonlinearity based the Galerkin's method in their theories, a modal approach to the nonlinear sloshing which superposes the linearized solutions using Fourier series representations is presented in the seismic response analysis on the nonlinear sloshing of a rectangular liquid storage container.
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