Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide a seismically isolated structure which has more sophisticated seismic isolation performance and which is adaptable to larger earthquake vibration.SOLUTION: A seismically isolated structure A comprises: a core part 1, and a building main part 2 adjacent to the core part 1; a multilayer seismically isolated structure composed of base seismically isolated layer 3 provided below the core part 1 and the building main part 2 and an intermediate seismically isolated layer 4 provided at an intermediate part of the building main part 2; and a connection seismically isolated structure formed by connecting the core part 1 and the building main part 2 to each other by a connection seismically isolating device 5. The core part 1 higher than the intermediate seismically isolated layer 4 is integrated with the building main part 2, and a podium frame 2a of the building main part 2 lower than the intermediate seismically isolated layer 4 is connected to the core part 1 by the connection seismically isolating device 5. When the total attenuation amount of the intermediate seismically isolated layer 4 and the vibration control device installed in the connection seismically isolated structure is defined as c, the attenuation amount of the connection seismically isolated structure is equal to or greater than 0.3×c.SELECTED DRAWING: Figure 1
【課題】より高性能な免震性能を備え、より大きな地震動に対応可能な免震構造物を提供する。【解決手段】コア部１と、コア部１に隣接する建物主要部２とを備えるとともに、コア部１と建物主要部２の下部に設けられた基礎免震層３と、建物主要部２の中間部に設けられた中間免震層４とからなる複層免震構造、及びコア部１と、建物主要部２とを連結制振装置５で連結してなる連結制振構造を備え、且つ、中間免震層４より上層のコア部１と建物主要部２が一体形成され、中間免震層４より下層の建物主要部２の基壇架構２ａがコア部１と連結制振装置５で連結されてなる免震構造物Ａにおいて、中間免震層４と連結制振構造に設置される制振装置の合計の減衰量をｃ２としたとき、連結制振構造の減衰量が０．３×ｃ２以上となるように構成する。【選択図】図１
To provide a seismically isolated structure which has more sophisticated seismic isolation performance and which is adaptable to larger earthquake vibration.SOLUTION: A seismically isolated structure A comprises: a core part 1, and a building main part 2 adjacent to the core part 1; a multilayer seismically isolated structure composed of base seismically isolated layer 3 provided below the core part 1 and the building main part 2 and an intermediate seismically isolated layer 4 provided at an intermediate part of the building main part 2; and a connection seismically isolated structure formed by connecting the core part 1 and the building main part 2 to each other by a connection seismically isolating device 5. The core part 1 higher than the intermediate seismically isolated layer 4 is integrated with the building main part 2, and a podium frame 2a of the building main part 2 lower than the intermediate seismically isolated layer 4 is connected to the core part 1 by the connection seismically isolating device 5. When the total attenuation amount of the intermediate seismically isolated layer 4 and the vibration control device installed in the connection seismically isolated structure is defined as c, the attenuation amount of the connection seismically isolated structure is equal to or greater than 0.3×c.SELECTED DRAWING: Figure 1
【課題】より高性能な免震性能を備え、より大きな地震動に対応可能な免震構造物を提供する。【解決手段】コア部１と、コア部１に隣接する建物主要部２とを備えるとともに、コア部１と建物主要部２の下部に設けられた基礎免震層３と、建物主要部２の中間部に設けられた中間免震層４とからなる複層免震構造、及びコア部１と、建物主要部２とを連結制振装置５で連結してなる連結制振構造を備え、且つ、中間免震層４より上層のコア部１と建物主要部２が一体形成され、中間免震層４より下層の建物主要部２の基壇架構２ａがコア部１と連結制振装置５で連結されてなる免震構造物Ａにおいて、中間免震層４と連結制振構造に設置される制振装置の合計の減衰量をｃ２としたとき、連結制振構造の減衰量が０．３×ｃ２以上となるように構成する。【選択図】図１
SEISMICALLY ISOLATED STRUCTURE
免震構造物
SUGIMOTO KOICHI (Autor:in)
29.08.2019
Patent
Elektronische Ressource
Japanisch