Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-seismic hydraulic support structure and anti-seismic support method
The invention relates to an anti-seismic hydraulic support structure and an anti-seismic support method. The main body concrete layer is of a stand column structure with a regular octagonal section, longitudinal supporting steel bars are fixedly installed at all corners of the main body concrete layer, transverse supporting steel bars are fixedly installed among the eight longitudinal supporting steel bars from top to bottom, and a center supporting column is installed at the longitudinal center of the main body concrete layer. The center supporting column is fixedly connected with the transverse supporting steel bars through reinforcing supporting rods, and comprehensive energy consumption devices are arranged on the outer side and the top of the main body concrete layer. The horizontal energy dissipation assembly can be combined with the horizontal energy dissipation assembly which is arranged on the outer side in a layered mode from top to bottom, transverse energy dissipation operation is carried out on left-right swing during transverse wave generation and left-right swing during seismic longitudinal wave generation, and meanwhile longitudinal energy dissipation operation can be carried out on up-down vibration generated by seismic transverse waves through combined use of the horizontal energy dissipation assembly and the vertical energy dissipation assembly. And the comprehensive energy dissipation and seismic resistance effects are achieved.
本发明涉及一种抗震水工支撑结构及抗震支撑方法；主体混凝土层是截面为正八边形的立柱结构，在主体混凝土层的每个边角位置均固定安装有纵向支撑钢筋，八个纵向支撑钢筋之间自上而下均固定安装有横向支撑钢筋，在主体混凝土层的纵向中心位置安装有中心支撑柱，中心支撑柱通过加强支撑杆与横向支撑钢筋固定连接，在主体混凝土层的外侧以及顶部设置有综合耗能装置；能够与外侧的分层自上而下设置的水平耗能组件组合，对横波发生时的左右摆动和地震纵波发生时的左右摆动实施横向耗能作业，同时利用水平耗能组件与垂直耗能组件的组合使用，能够对地震横波发生的上下震动实施纵向耗能作业，实现了综合耗能抗震的效果。
Anti-seismic hydraulic support structure and anti-seismic support method
The invention relates to an anti-seismic hydraulic support structure and an anti-seismic support method. The main body concrete layer is of a stand column structure with a regular octagonal section, longitudinal supporting steel bars are fixedly installed at all corners of the main body concrete layer, transverse supporting steel bars are fixedly installed among the eight longitudinal supporting steel bars from top to bottom, and a center supporting column is installed at the longitudinal center of the main body concrete layer. The center supporting column is fixedly connected with the transverse supporting steel bars through reinforcing supporting rods, and comprehensive energy consumption devices are arranged on the outer side and the top of the main body concrete layer. The horizontal energy dissipation assembly can be combined with the horizontal energy dissipation assembly which is arranged on the outer side in a layered mode from top to bottom, transverse energy dissipation operation is carried out on left-right swing during transverse wave generation and left-right swing during seismic longitudinal wave generation, and meanwhile longitudinal energy dissipation operation can be carried out on up-down vibration generated by seismic transverse waves through combined use of the horizontal energy dissipation assembly and the vertical energy dissipation assembly. And the comprehensive energy dissipation and seismic resistance effects are achieved.
本发明涉及一种抗震水工支撑结构及抗震支撑方法；主体混凝土层是截面为正八边形的立柱结构，在主体混凝土层的每个边角位置均固定安装有纵向支撑钢筋，八个纵向支撑钢筋之间自上而下均固定安装有横向支撑钢筋，在主体混凝土层的纵向中心位置安装有中心支撑柱，中心支撑柱通过加强支撑杆与横向支撑钢筋固定连接，在主体混凝土层的外侧以及顶部设置有综合耗能装置；能够与外侧的分层自上而下设置的水平耗能组件组合，对横波发生时的左右摆动和地震纵波发生时的左右摆动实施横向耗能作业，同时利用水平耗能组件与垂直耗能组件的组合使用，能够对地震横波发生的上下震动实施纵向耗能作业，实现了综合耗能抗震的效果。
Anti-seismic hydraulic support structure and anti-seismic support method
一种抗震水工支撑结构及抗震支撑方法
ZHANG DI (Autor:in) / TIAN JING (Autor:in) / WANG JIANWEI (Autor:in) / MENG MIAOMIAO (Autor:in) / LU XIANGQU (Autor:in) / YANG CHUNJING (Autor:in) / JI YINGXIN (Autor:in)
29.03.2024
Patent
Elektronische Ressource
Chinesisch
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