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A platform for research: civil engineering, architecture and urbanism
Continued construction high-rise building engineering reinforcement construction method
The invention discloses a continued construction high-rise building engineering reinforcement construction method. The method comprises the following construction steps: step S110, steel bar plantingconstruction: newly adding beams, plates and columns in building engineering, chiseling the position of a newly-poured beam for steel bar planting, and removing sundries and a decorative layer on thesurface of a steel bar planting component; S120, building a steel bar structure: building the steel bar structure on the newly-added beams, plates and columns; S130, pasting carbon fiber cloth, and carbon fibers are pasted at the outer sides of the beams and the plates for reinforcement; S140, performing shear wall steel cladding: cutting a door opening hole in a basement retaining wall for steelcladding reinforcement; and S150, performing beam steel bonding reinforcement: bonding angle steel to an original beam of constructional engineering, and performing pressurizing and fixing. The methodhas the beneficial effects that different types of reinforcing methods are selected for different building structures, and a proper interface processing technology is adopted, so that the reinforcingeffect of the building is improved.
本发明公开了一种续建高层建筑工程加固施工方法，包括以下施工步骤：步骤S110、植筋施工，建筑工程中有新增梁、板、柱和剔凿新浇筑梁的位置植筋，并拆除植筋构件表面的杂物和装饰层；步骤S120、钢筋结构搭建，在新增梁、板和柱上搭建钢筋结构；步骤S130、粘贴碳纤维布，在梁、板外侧粘接碳纤维加固；步骤S140、剪力墙包钢，在地下室挡土墙切割开门洞包钢加固；步骤S150、梁粘钢加固，在建筑工程原有梁上粘接角钢并加压固定。有益效果在于：针对不同的建筑结构选用不同类型的加固补强方法，采用适宜的界面处理技术，提高了建筑物的加固补强效果。
Continued construction high-rise building engineering reinforcement construction method
The invention discloses a continued construction high-rise building engineering reinforcement construction method. The method comprises the following construction steps: step S110, steel bar plantingconstruction: newly adding beams, plates and columns in building engineering, chiseling the position of a newly-poured beam for steel bar planting, and removing sundries and a decorative layer on thesurface of a steel bar planting component; S120, building a steel bar structure: building the steel bar structure on the newly-added beams, plates and columns; S130, pasting carbon fiber cloth, and carbon fibers are pasted at the outer sides of the beams and the plates for reinforcement; S140, performing shear wall steel cladding: cutting a door opening hole in a basement retaining wall for steelcladding reinforcement; and S150, performing beam steel bonding reinforcement: bonding angle steel to an original beam of constructional engineering, and performing pressurizing and fixing. The methodhas the beneficial effects that different types of reinforcing methods are selected for different building structures, and a proper interface processing technology is adopted, so that the reinforcingeffect of the building is improved.
本发明公开了一种续建高层建筑工程加固施工方法，包括以下施工步骤：步骤S110、植筋施工，建筑工程中有新增梁、板、柱和剔凿新浇筑梁的位置植筋，并拆除植筋构件表面的杂物和装饰层；步骤S120、钢筋结构搭建，在新增梁、板和柱上搭建钢筋结构；步骤S130、粘贴碳纤维布，在梁、板外侧粘接碳纤维加固；步骤S140、剪力墙包钢，在地下室挡土墙切割开门洞包钢加固；步骤S150、梁粘钢加固，在建筑工程原有梁上粘接角钢并加压固定。有益效果在于：针对不同的建筑结构选用不同类型的加固补强方法，采用适宜的界面处理技术，提高了建筑物的加固补强效果。
Continued construction high-rise building engineering reinforcement construction method
一种续建高层建筑工程加固施工方法
LI YUANCHUN (author) / CHEN WENHUA (author) / YANG JUNFENG (author) / WANG PENGFEI (author) / SHUI CHUANDAO (author)
2020-11-03
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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