Self-Excited Sloshing Due to the Fluid Discharge over a Flexible Weir. 2nd Report. Excitation Mechanism of Instability in the Cylindrical Model.

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  • 弾性堰を越える流れによって発生する自励的液面揺動に関する研究　第２報　　円筒堰の場合に関する定式化と不安定発生機構
  • ダンセイ セキ オ コエル ナガレ ニ ヨッテ ハッセイスル ジレイテキ エキ

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Abstract

This paper presents an analytical model for the fluid elastic instability as observed in Super Phenix-1 LMFBR. This fluid-structure system is constituted by the flexible cylindrical weir and adjoining annular fluid plenums, and the fluid is discharged from the upstream plenum to the downstream plenum over the flexible weir. In this report, we analyzed the case in which the annular reservior was divided into the upstream and the downstream plenums by a flexible cylindrical weir. The characteristic equation of the system is derived. The effects of the discharged fluid on the downstream plenum sloshing and the effects of the fluid level difference between the upstream and the downstream plenum are examined, and the mechanism for instability is discussed.

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