Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Column foot joint comprising disc spring bolt assembly
The invention discloses a column base joint comprising a disc spring bolt assembly. The column base joint comprises a lower steel column, an upper steel column, the disc spring bolt assembly and an energy dissipation assembly. The upper steel column is arranged on the lower steel column; a second web plate of the upper steel column and a first web plate of the lower steel column, two second flanges of the upper steel column and two first flanges of the lower steel column, and a second end plate of the upper steel column and a first end plate of the lower steel column are correspondingly and oppositely propped against one another; the disc spring bolt assemblies are distributed on the front sides and the rear sides of the first web and the second web and fasten the first end plate and the second end plate. In the two energy dissipation assemblies, the energy dissipation assembly located on the left side is detachably connected with the first flange on the left side of the lower steel column and the second flange on the left side of the upper steel column, and the energy dissipation assembly located on the right side is detachably connected with the first flange on the right side of the lower steel column and the second flange on the right side of the upper steel column. The self-resetting and energy-dissipating composite column has the advantages of good engineering practicability, high bearing capacity, self-resetting capacity and energy-dissipating capacity, small residual deformation and easiness in repairing after an earthquake.
本发明公开了一种含碟簧螺栓组件的柱脚节点，包括下钢柱、上钢柱、碟簧螺栓组件和耗能组件。上钢柱设置在下钢柱上，上钢柱的第二腹板与下钢柱的第一腹板、上钢柱的两个第二翼缘与下钢柱的两个第一翼缘及上钢柱的第二端板与下钢柱的第一端板分别一一对应地相对抵接；多个碟簧螺栓组件分布在第一腹板及第二腹板的前后两侧并将第一端板和第二端板紧固；两个耗能组件中位于左侧的耗能组件分别与下钢柱左边的第一翼缘及上钢柱左边的第二翼缘可拆卸地连接，位于右侧的耗能组件分别与下钢柱右边的第一翼缘及上钢柱右边的第二翼缘可拆卸地连接。本发明具有较好的工程实用性、较高承载能力、自复位能力与耗能能力，残余变形小且震后易修复。
Column foot joint comprising disc spring bolt assembly
The invention discloses a column base joint comprising a disc spring bolt assembly. The column base joint comprises a lower steel column, an upper steel column, the disc spring bolt assembly and an energy dissipation assembly. The upper steel column is arranged on the lower steel column; a second web plate of the upper steel column and a first web plate of the lower steel column, two second flanges of the upper steel column and two first flanges of the lower steel column, and a second end plate of the upper steel column and a first end plate of the lower steel column are correspondingly and oppositely propped against one another; the disc spring bolt assemblies are distributed on the front sides and the rear sides of the first web and the second web and fasten the first end plate and the second end plate. In the two energy dissipation assemblies, the energy dissipation assembly located on the left side is detachably connected with the first flange on the left side of the lower steel column and the second flange on the left side of the upper steel column, and the energy dissipation assembly located on the right side is detachably connected with the first flange on the right side of the lower steel column and the second flange on the right side of the upper steel column. The self-resetting and energy-dissipating composite column has the advantages of good engineering practicability, high bearing capacity, self-resetting capacity and energy-dissipating capacity, small residual deformation and easiness in repairing after an earthquake.
本发明公开了一种含碟簧螺栓组件的柱脚节点，包括下钢柱、上钢柱、碟簧螺栓组件和耗能组件。上钢柱设置在下钢柱上，上钢柱的第二腹板与下钢柱的第一腹板、上钢柱的两个第二翼缘与下钢柱的两个第一翼缘及上钢柱的第二端板与下钢柱的第一端板分别一一对应地相对抵接；多个碟簧螺栓组件分布在第一腹板及第二腹板的前后两侧并将第一端板和第二端板紧固；两个耗能组件中位于左侧的耗能组件分别与下钢柱左边的第一翼缘及上钢柱左边的第二翼缘可拆卸地连接，位于右侧的耗能组件分别与下钢柱右边的第一翼缘及上钢柱右边的第二翼缘可拆卸地连接。本发明具有较好的工程实用性、较高承载能力、自复位能力与耗能能力，残余变形小且震后易修复。
Column foot joint comprising disc spring bolt assembly
含碟簧螺栓组件的柱脚节点
FENG YULONG (Autor:in) / LI CHAONAN (Autor:in) / WEI MINGTU (Autor:in) / ZHONG XUN (Autor:in) / JIANG QING (Autor:in) / WEN HAO (Autor:in) / HUANG JUNQI (Autor:in)
29.07.2022
Patent
Elektronische Ressource
Chinesisch
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