A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-seismic composite height adjustable steel support of high-pile wharf
The invention provides an anti-seismic composite height adjustable steel support of a high-pile wharf and belongs to the technical field of building earthquake resistance. A top support, a standard module support and a bottom support are overlapped up and down. The lower end of the bottom support is fixed to a pile cap. Fiber-reinforced high-damping elastic rings are arranged between the top support and the standard module support and between the standard module support and the bottom support and are in elastic connection with the top support, the standard module support and the bottom support. The anti-seismic composite height adjustable steel support can resist earthquake loads in all directions well, has certain deformation-recovery capability, can make up the deficiency that the elevation of a pile does not reach the specified value due to the fact that the designed pile length does not satisfy the actual situation or due to the causes of construction through the adjustable heightof the support, is protected against large displacement under the action of an earthquake, has the advantages of being adjustable in height, capable of omni-directionally consuming earthquake energy,suitable for the high requirement for stress deformation of a port engineering structure and the like, is simple in mounting process, low in manufacturing cost and capable of realizing mass productionand has wide applicability.
一种高桩码头的抗震复合型高度可调钢支座，属于建筑抗震技术领域。顶部支座、标准模块支座及底部支座上下叠放，底部支座下端与桩帽固定，顶部支座与标准模块支座之间及标准模块支座与底部支座之间均有纤维增强高阻尼弹性环且均弹性连接。本发明可以很好抵抗各个方向的地震荷载，具备一定的变形‑恢复能力，可调支座高度可以弥补由于设计桩长不满足实际情况或者由于施工原因导致桩标高未达到规定值的情况，避免了地震作用下支座发生较大位移，具有高度可调节、可全方位消耗地震能量和适用于港口工程结构受力变形要求高等优点，安装工艺简单，造价低，可实现支座的模式化生产，具有广泛的适用性。
Anti-seismic composite height adjustable steel support of high-pile wharf
The invention provides an anti-seismic composite height adjustable steel support of a high-pile wharf and belongs to the technical field of building earthquake resistance. A top support, a standard module support and a bottom support are overlapped up and down. The lower end of the bottom support is fixed to a pile cap. Fiber-reinforced high-damping elastic rings are arranged between the top support and the standard module support and between the standard module support and the bottom support and are in elastic connection with the top support, the standard module support and the bottom support. The anti-seismic composite height adjustable steel support can resist earthquake loads in all directions well, has certain deformation-recovery capability, can make up the deficiency that the elevation of a pile does not reach the specified value due to the fact that the designed pile length does not satisfy the actual situation or due to the causes of construction through the adjustable heightof the support, is protected against large displacement under the action of an earthquake, has the advantages of being adjustable in height, capable of omni-directionally consuming earthquake energy,suitable for the high requirement for stress deformation of a port engineering structure and the like, is simple in mounting process, low in manufacturing cost and capable of realizing mass productionand has wide applicability.
一种高桩码头的抗震复合型高度可调钢支座，属于建筑抗震技术领域。顶部支座、标准模块支座及底部支座上下叠放，底部支座下端与桩帽固定，顶部支座与标准模块支座之间及标准模块支座与底部支座之间均有纤维增强高阻尼弹性环且均弹性连接。本发明可以很好抵抗各个方向的地震荷载，具备一定的变形‑恢复能力，可调支座高度可以弥补由于设计桩长不满足实际情况或者由于施工原因导致桩标高未达到规定值的情况，避免了地震作用下支座发生较大位移，具有高度可调节、可全方位消耗地震能量和适用于港口工程结构受力变形要求高等优点，安装工艺简单，造价低，可实现支座的模式化生产，具有广泛的适用性。
Anti-seismic composite height adjustable steel support of high-pile wharf
一种高桩码头的抗震复合型高度可调钢支座
TANG LIANG (author) / ZHANG ZHENG (author) / LING XIANCHANG (author) / LI XUEWEI (author) / MAN XIAOFENG (author) / ZHANG YI (author) / LIU SHUXING (author)
2020-04-10
Patent
Electronic Resource
Chinese
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