Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel frame prefabricated light wallboard reinforced masonry wall laminated structure and construction method thereof
The invention belongs to the technical field of masonry structure reinforcement, and particularly relates to a steel frame prefabricated light wallboard reinforced masonry wall laminated structure and a construction method thereof.The steel frame prefabricated light wallboard reinforced masonry wall laminated structure comprises an existing masonry wall and a steel frame prefabricated light wallboard, and the steel frame prefabricated light wallboard is fixedly attached to the surface of the existing masonry wall through an adhesive; vertical joint grooves are reserved in the adjacent steel frame prefabricated light wall plates on the same side; the prestressed steel wire anchorage device structure comprises prestressed steel wires and anchorage devices, the prestressed steel wires penetrate through the existing masonry wall to be connected with the steel frame prefabricated light wall plates on the two sides, the anchorage devices are further arranged at the two ends of the prestressed steel wires, and the anchorage devices are fixed to the surfaces of the steel frame prefabricated light wall plates and fixedly locked with the ends of the prestressed steel wires on the same side of the prestressed steel wires. The problems that in masonry structure reinforcement in the prior art, the requirement for an operation site is high, the wet operation workload is large, the construction period is long, the measure cost is high, and the environmental influence is large are solved.
本发明属于砌体结构加固技术领域，具体涉及一种钢边框预制轻质墙板加固砌体墙叠合结构及其施工方法，包括既有砌体墙和钢边框预制轻质墙板，所述钢边框预制轻质墙板采用粘合剂固定贴合在既有砌体墙表面，同侧相邻钢边框预制轻质墙板预留竖向接缝槽；预应力钢丝锚具结构，包括预应力钢丝和锚具，所述预应力钢丝贯穿既有砌体墙连接两侧的钢边框预制轻质墙板，预应力钢丝两端还设有锚具，所述锚具固定在钢边框预制轻质墙板表面并与预应力同侧预应力钢丝端头固定锁紧，解决了现有技术的砌体结构加固中操作场地要求高、湿作业工作量大、施工周期长、措施费高、环境影响大的问题。
Steel frame prefabricated light wallboard reinforced masonry wall laminated structure and construction method thereof
The invention belongs to the technical field of masonry structure reinforcement, and particularly relates to a steel frame prefabricated light wallboard reinforced masonry wall laminated structure and a construction method thereof.The steel frame prefabricated light wallboard reinforced masonry wall laminated structure comprises an existing masonry wall and a steel frame prefabricated light wallboard, and the steel frame prefabricated light wallboard is fixedly attached to the surface of the existing masonry wall through an adhesive; vertical joint grooves are reserved in the adjacent steel frame prefabricated light wall plates on the same side; the prestressed steel wire anchorage device structure comprises prestressed steel wires and anchorage devices, the prestressed steel wires penetrate through the existing masonry wall to be connected with the steel frame prefabricated light wall plates on the two sides, the anchorage devices are further arranged at the two ends of the prestressed steel wires, and the anchorage devices are fixed to the surfaces of the steel frame prefabricated light wall plates and fixedly locked with the ends of the prestressed steel wires on the same side of the prestressed steel wires. The problems that in masonry structure reinforcement in the prior art, the requirement for an operation site is high, the wet operation workload is large, the construction period is long, the measure cost is high, and the environmental influence is large are solved.
本发明属于砌体结构加固技术领域，具体涉及一种钢边框预制轻质墙板加固砌体墙叠合结构及其施工方法，包括既有砌体墙和钢边框预制轻质墙板，所述钢边框预制轻质墙板采用粘合剂固定贴合在既有砌体墙表面，同侧相邻钢边框预制轻质墙板预留竖向接缝槽；预应力钢丝锚具结构，包括预应力钢丝和锚具，所述预应力钢丝贯穿既有砌体墙连接两侧的钢边框预制轻质墙板，预应力钢丝两端还设有锚具，所述锚具固定在钢边框预制轻质墙板表面并与预应力同侧预应力钢丝端头固定锁紧，解决了现有技术的砌体结构加固中操作场地要求高、湿作业工作量大、施工周期长、措施费高、环境影响大的问题。
Steel frame prefabricated light wallboard reinforced masonry wall laminated structure and construction method thereof
一种钢边框预制轻质墙板加固砌体墙叠合结构及其施工方法
ZHOU YONGMING (Autor:in) / GAO CHAO (Autor:in) / LI GUOHUA (Autor:in) / SHI TAO (Autor:in) / XU WEIBIN (Autor:in) / PAN SHUHAN (Autor:in)
17.09.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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