Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Reinforcing structure and reinforcing method of historic building wood beam
The invention relates to the technical field of ancient building wood beam reinforcement, in particular to an ancient building wood beam reinforcement structure which comprises a wood beam, an upper surface reinforcement part is arranged on the upper surface of the wood beam, a lower surface reinforcement part is arranged on the lower surface of the wood beam, and a plurality of small thorns are arranged on the inner surfaces of the upper surface reinforcement part and the lower surface reinforcement part. The upper surface reinforcing member and the lower surface reinforcing member are connected through a fastening device; the wooden beam has the advantages that the upper surface and the lower surface of the existing wooden beam are not provided with protrusions, the original flatness characteristic is kept, and the cultural characteristic of the beam is kept and visible; the wood beam is still a main body of the stress characteristic of the beam structure and is also a carrier of the stress characteristic of the beam structure; the upper surface reinforcing piece and the lower surface reinforcing piece are firmly fastened on the upper surface and the lower surface of the existing wood beam through fastening devices; the inner surfaces of the upper surface reinforcing member and the lower surface reinforcing member are provided with small thorns which are vertically distributed in a quincunx shape; the fastening process of the fastening device is the process of applying transverse prestress to the existing wood beam.
本发明涉及古建筑木梁加固技术领域，特别涉及一种古建筑木梁的加固结构，包括木梁，所述木梁的上表面布置有上表面加固件，所述木梁的下表面布置有下表面加固件，所述上表面加固件和下表面加固件的内表面布置有若干小刺，所述上表面加固件与下表面加固件之间通过紧固装置连接；其有益效果是：既有木梁上下表面没有凸起，保持原有的平整特征，梁的文化特征保持并可见；既有木梁仍然是梁结构受力特性的主体，也是梁结构受力特性的载体；上表面加固件和下表面加固件通过紧固装置牢固地紧固在既有木梁的上下表面；上表面加固件和下表面加固件的内表面带有垂直、梅花形分布的小刺；紧固装置的紧固过程是给既有木梁施加横向预应力的过程。
Reinforcing structure and reinforcing method of historic building wood beam
The invention relates to the technical field of ancient building wood beam reinforcement, in particular to an ancient building wood beam reinforcement structure which comprises a wood beam, an upper surface reinforcement part is arranged on the upper surface of the wood beam, a lower surface reinforcement part is arranged on the lower surface of the wood beam, and a plurality of small thorns are arranged on the inner surfaces of the upper surface reinforcement part and the lower surface reinforcement part. The upper surface reinforcing member and the lower surface reinforcing member are connected through a fastening device; the wooden beam has the advantages that the upper surface and the lower surface of the existing wooden beam are not provided with protrusions, the original flatness characteristic is kept, and the cultural characteristic of the beam is kept and visible; the wood beam is still a main body of the stress characteristic of the beam structure and is also a carrier of the stress characteristic of the beam structure; the upper surface reinforcing piece and the lower surface reinforcing piece are firmly fastened on the upper surface and the lower surface of the existing wood beam through fastening devices; the inner surfaces of the upper surface reinforcing member and the lower surface reinforcing member are provided with small thorns which are vertically distributed in a quincunx shape; the fastening process of the fastening device is the process of applying transverse prestress to the existing wood beam.
本发明涉及古建筑木梁加固技术领域，特别涉及一种古建筑木梁的加固结构，包括木梁，所述木梁的上表面布置有上表面加固件，所述木梁的下表面布置有下表面加固件，所述上表面加固件和下表面加固件的内表面布置有若干小刺，所述上表面加固件与下表面加固件之间通过紧固装置连接；其有益效果是：既有木梁上下表面没有凸起，保持原有的平整特征，梁的文化特征保持并可见；既有木梁仍然是梁结构受力特性的主体，也是梁结构受力特性的载体；上表面加固件和下表面加固件通过紧固装置牢固地紧固在既有木梁的上下表面；上表面加固件和下表面加固件的内表面带有垂直、梅花形分布的小刺；紧固装置的紧固过程是给既有木梁施加横向预应力的过程。
Reinforcing structure and reinforcing method of historic building wood beam
一种古建筑木梁的加固结构及其加固方法
GAO XUDONG (Autor:in) / LU HUAIYONG (Autor:in) / SONG WU (Autor:in) / SONG YU (Autor:in) / HU FANGDIE (Autor:in)
24.06.2022
Patent
Elektronische Ressource
Chinesisch
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