A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-seismic reinforcing method for fabricated embedded wood civil structure
The invention discloses an anti-seismic reinforcing method for an assembled embedded wood civil structure. The anti-seismic reinforcing method comprises the steps that grooving is conducted on the surface of a wall; holes are punched in the grooves, galvanized steel wires penetrate through the holes, and then battens are placed in the holes to be assembled, reinforced and bound; finally, filling gaps with immature soil slurry and troweling the surface; after the battens are spliced, bound and reinforced, the overall lateral stiffness and anti-seismic bearing capacity of the structure are effectively improved, and plastic damage to the structure is avoided; the battens are effectively tied through the steel wires, so that the battens and the wall body work cooperatively, the overall rigidity and the anti-seismic bearing capacity are improved, the battens restrain out-of-plane deformation of the wall body, and the wall body is prevented from flashover and collapse; the battens and the wooden roof are effectively connected through the reinforcing assemblies, the integrality of the wall body and the wooden roof is strengthened, and the anti-seismic targets of no damage in small earthquakes and no falling in large earthquakes are achieved; the method is simple in structure, convenient to install, low in manufacturing cost and environmentally friendly, only grooving and holing are needed in site construction, then reinforcing parts are tied, and the method has generalizability.
一种装配式嵌入木材土木结构的抗震加固方法，包括在墙体表面进行开槽；在槽中打孔并穿过镀锌钢丝，然后放入木条装配加固并绑扎；最后使用生土泥浆填实空隙并抹平表面；本发明对木条进行拼接、绑扎、加固后，结构整体抗侧刚度及抗震承载力有效提升，避免结构出现塑性损伤；通过钢丝对木条有效拉结，使木条与墙体协同工作，提高整体刚度和抗震承载能力，木条约束墙体平面外变形，防止墙体外闪、坍塌；通过加固组件使木条与木屋盖实现有效连接，强化墙体与木屋盖的整体性，达到小震不坏、大震不倒抗震目标；本发明构造简单、安装便捷、造价低且绿色环保，现场施工只需开槽开洞后拉结加固件，具有可推广性。
Anti-seismic reinforcing method for fabricated embedded wood civil structure
The invention discloses an anti-seismic reinforcing method for an assembled embedded wood civil structure. The anti-seismic reinforcing method comprises the steps that grooving is conducted on the surface of a wall; holes are punched in the grooves, galvanized steel wires penetrate through the holes, and then battens are placed in the holes to be assembled, reinforced and bound; finally, filling gaps with immature soil slurry and troweling the surface; after the battens are spliced, bound and reinforced, the overall lateral stiffness and anti-seismic bearing capacity of the structure are effectively improved, and plastic damage to the structure is avoided; the battens are effectively tied through the steel wires, so that the battens and the wall body work cooperatively, the overall rigidity and the anti-seismic bearing capacity are improved, the battens restrain out-of-plane deformation of the wall body, and the wall body is prevented from flashover and collapse; the battens and the wooden roof are effectively connected through the reinforcing assemblies, the integrality of the wall body and the wooden roof is strengthened, and the anti-seismic targets of no damage in small earthquakes and no falling in large earthquakes are achieved; the method is simple in structure, convenient to install, low in manufacturing cost and environmentally friendly, only grooving and holing are needed in site construction, then reinforcing parts are tied, and the method has generalizability.
一种装配式嵌入木材土木结构的抗震加固方法，包括在墙体表面进行开槽；在槽中打孔并穿过镀锌钢丝，然后放入木条装配加固并绑扎；最后使用生土泥浆填实空隙并抹平表面；本发明对木条进行拼接、绑扎、加固后，结构整体抗侧刚度及抗震承载力有效提升，避免结构出现塑性损伤；通过钢丝对木条有效拉结，使木条与墙体协同工作，提高整体刚度和抗震承载能力，木条约束墙体平面外变形，防止墙体外闪、坍塌；通过加固组件使木条与木屋盖实现有效连接，强化墙体与木屋盖的整体性，达到小震不坏、大震不倒抗震目标；本发明构造简单、安装便捷、造价低且绿色环保，现场施工只需开槽开洞后拉结加固件，具有可推广性。
Anti-seismic reinforcing method for fabricated embedded wood civil structure
一种装配式嵌入木材土木结构的抗震加固方法
YUAN KANG (author) / JIN HO-CHUL (author) / WANG RONGJIN (author) / ZHAO XINQUAN (author) / YAN JIANLONG (author) / CHEN DAXING (author)
2024-09-20
Patent
Electronic Resource
Chinese
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