Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses an energy-absorbing shear wall, comprising a front energy-absorbing steel plate and a rear energy-absorbing steel plate, wherein plurality of through holes are formed in the front energy absorption steel plate and the rear energy absorption steel plate; the front energy-absorbing steel plate and the rear energy-absorbing steel plate are welded and connected through a reinforcing rib; the front energy-absorbing steel plate and the rear energy-absorbing steel plate are both connected with sealing partition plates by welding, the sealing partition plates are connected to connecting plates through bolts, and anchoring rods extend out of the outer ends of the connecting plates; the anchoring rods are anchored on a shear wall column; and concrete is filled between the front energy absorption steel plate and the rear energy absorption steel plate and on the outer side. The energy-absorbing steel plates and the sealing partition plates are arranged, so that the shear wall body is wrapped by the steel plates, is not prone to damage and has the characteristic of energy absorption and energy consumption; and the shear wall columns can be replaced.
本发明公开了一种吸能剪力墙，包括前吸能钢板和后吸能钢板；前吸能钢板和后吸能钢板均成形有若干通孔；前吸能钢板和后吸能钢板之间通过加强肋焊接连接；前吸能钢板和后吸能钢板均焊接连接有封隔板，封隔板通过螺栓连接有连接板，连接板外端伸出有锚接杆；锚接杆锚接在剪切墙柱上；前吸能钢板和后吸能钢板之间以及外侧均填充有混凝土。本发明通过设置吸能钢板，并且设置封隔板使得剪力墙墙体被钢板包裹，不易损坏且具有吸能耗能的特性，且剪力墙柱能够更换。
The invention discloses an energy-absorbing shear wall, comprising a front energy-absorbing steel plate and a rear energy-absorbing steel plate, wherein plurality of through holes are formed in the front energy absorption steel plate and the rear energy absorption steel plate; the front energy-absorbing steel plate and the rear energy-absorbing steel plate are welded and connected through a reinforcing rib; the front energy-absorbing steel plate and the rear energy-absorbing steel plate are both connected with sealing partition plates by welding, the sealing partition plates are connected to connecting plates through bolts, and anchoring rods extend out of the outer ends of the connecting plates; the anchoring rods are anchored on a shear wall column; and concrete is filled between the front energy absorption steel plate and the rear energy absorption steel plate and on the outer side. The energy-absorbing steel plates and the sealing partition plates are arranged, so that the shear wall body is wrapped by the steel plates, is not prone to damage and has the characteristic of energy absorption and energy consumption; and the shear wall columns can be replaced.
本发明公开了一种吸能剪力墙，包括前吸能钢板和后吸能钢板；前吸能钢板和后吸能钢板均成形有若干通孔；前吸能钢板和后吸能钢板之间通过加强肋焊接连接；前吸能钢板和后吸能钢板均焊接连接有封隔板，封隔板通过螺栓连接有连接板，连接板外端伸出有锚接杆；锚接杆锚接在剪切墙柱上；前吸能钢板和后吸能钢板之间以及外侧均填充有混凝土。本发明通过设置吸能钢板，并且设置封隔板使得剪力墙墙体被钢板包裹，不易损坏且具有吸能耗能的特性，且剪力墙柱能够更换。
Energy-absorbing shear wall
一种吸能剪力墙
WANG SHENGKUI (Autor:in)
01.01.2021
Patent
Elektronische Ressource
Chinesisch
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