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System and method for improving anti-seismic and energy performance of existing buildings having reinforced concrete frame structures
A system is described for improving anti-seismic and energy performance of existing buildings. A system for reinforcing a building having a frame structure (10) made of reinforced concrete, the frame structure having a plurality of peripheral columns (12) and a plurality of peripheral beams (14) intersecting each other in a peripheral node area (16), the system comprising: a reinforcing structure (24, 26) having a steel reinforcing plate (24) arranged to be fixed to an outer surface of the peripheral node area (16); and a reinforcing element (26) made into a steel truss girder element, the reinforcing element being arranged to be fixed to an outer surface of the peripheral column (12) and the peripheral beam (14); and an exterior insulation and finishing system having a support frame (52, 54) carried by the reinforcement structure (24, 26) and formed from a plurality of vertical struts (52) and a plurality of horizontal profiles (54), and a plurality of insulation panels (22) mounted on the support frame.
描述了一种系统,用于改善现有建筑的抗震性能和能量性能。该建筑具有由钢筋混凝土制成的框架结构(10),框架结构具有在周边节点区域(16)中彼此相交的多个周边柱(12)和多个周边梁(14),系统包括:具有钢加固板(24)的加固结构(24,26),钢加固板布置成固定到周边节点区域(16)的外表面上;以及制成钢桁架梁元件的加固元件(26),加固元件布置成固定到周边柱(12)和周边梁(14)的外表面上;以及外部隔热和精整系统,其具有支持框架(52,54)、支持框架由加固结构(24,26)承载并由多个竖直支柱(52)和多个水平型材(54)形成,以及多个隔热面板(22),多个隔热面板安装在支持框架上。
System and method for improving anti-seismic and energy performance of existing buildings having reinforced concrete frame structures
A system is described for improving anti-seismic and energy performance of existing buildings. A system for reinforcing a building having a frame structure (10) made of reinforced concrete, the frame structure having a plurality of peripheral columns (12) and a plurality of peripheral beams (14) intersecting each other in a peripheral node area (16), the system comprising: a reinforcing structure (24, 26) having a steel reinforcing plate (24) arranged to be fixed to an outer surface of the peripheral node area (16); and a reinforcing element (26) made into a steel truss girder element, the reinforcing element being arranged to be fixed to an outer surface of the peripheral column (12) and the peripheral beam (14); and an exterior insulation and finishing system having a support frame (52, 54) carried by the reinforcement structure (24, 26) and formed from a plurality of vertical struts (52) and a plurality of horizontal profiles (54), and a plurality of insulation panels (22) mounted on the support frame.
描述了一种系统,用于改善现有建筑的抗震性能和能量性能。该建筑具有由钢筋混凝土制成的框架结构(10),框架结构具有在周边节点区域(16)中彼此相交的多个周边柱(12)和多个周边梁(14),系统包括:具有钢加固板(24)的加固结构(24,26),钢加固板布置成固定到周边节点区域(16)的外表面上;以及制成钢桁架梁元件的加固元件(26),加固元件布置成固定到周边柱(12)和周边梁(14)的外表面上;以及外部隔热和精整系统,其具有支持框架(52,54)、支持框架由加固结构(24,26)承载并由多个竖直支柱(52)和多个水平型材(54)形成,以及多个隔热面板(22),多个隔热面板安装在支持框架上。
System and method for improving anti-seismic and energy performance of existing buildings having reinforced concrete frame structures
用于改善具有钢筋混凝土的框架结构的现有建筑的抗震性能和能量性能的系统和方法
BONETTO ALESSANDRO (author) / BONETTO ALBERTO (author) / STEFANO FOGLIETTA (author) / BONETTO ANDREA (author)
2023-10-31
Patent
Electronic Resource
Chinese
IPC:
E04H
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