Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Axis-stressed double-angle-steel combined T-shaped section reinforcing structure
The invention discloses an axis stress double-angle steel combined T-shaped section reinforcing structure which comprises two groups of reinforced members, the end parts of the two groups of reinforced members are connected with gusset plates, the middle parts of the two groups of reinforced members are connected with filling plates in a welding manner, the reinforced members are mutually spliced with a first reinforcing member, and the first reinforcing member is connected with a second reinforcing member in a welding manner. The reinforced part and the first reinforcing part are connected and fixed through intermittent welding seams, and fixing plates are connected to the reinforced part in an up-down symmetry mode. The reinforced pieces are made of angle steel, and the section of the combination of the two reinforced pieces is of a T-shaped structure. According to the axis-stressed double-angle-steel combined T-shaped section reinforcing structure, the two sets of first reinforcing pieces which are in bilateral symmetry are adopted, it can be guaranteed that the whole rod piece is evenly stressed, and therefore the bearing capacity of the whole rod piece is effectively improved, the centroids of the rod piece are basically kept consistent before and after reinforcing, the bearing capacity of the rod piece can be remarkably improved, and through two examples, the structure is simple and convenient to operate. Therefore, the bearing capacity of the structure can be improved by more than 70%.
本发明公开了一种轴心受力双角钢组合T形截面加固结构，包括被加固件，所述被加固件设置有两组，且两组被加固件端部连接有节点板，并且两组被加固件中部焊接连接有填板，所述被加固件与第一加固件相互拼接，所述被加固件与第一加固件之间通过间断焊缝进行连接固定，所述被加固件上下对称连接有固定板；所述被加固件的材质为角钢，且两组被加固件组合的截面为“T”型结构。该轴心受力双角钢组合T形截面加固结构，采用左右对称的两组第一加固件，可以保证整体杆件受力均匀，从而有效提高整体杆件的承载能力，且加固前后杆件形心基本保持一致，可显著提高杆件承载力，并且通过两个算例，表明结构承载力可以提高70%以上，适合广泛推广。
Axis-stressed double-angle-steel combined T-shaped section reinforcing structure
The invention discloses an axis stress double-angle steel combined T-shaped section reinforcing structure which comprises two groups of reinforced members, the end parts of the two groups of reinforced members are connected with gusset plates, the middle parts of the two groups of reinforced members are connected with filling plates in a welding manner, the reinforced members are mutually spliced with a first reinforcing member, and the first reinforcing member is connected with a second reinforcing member in a welding manner. The reinforced part and the first reinforcing part are connected and fixed through intermittent welding seams, and fixing plates are connected to the reinforced part in an up-down symmetry mode. The reinforced pieces are made of angle steel, and the section of the combination of the two reinforced pieces is of a T-shaped structure. According to the axis-stressed double-angle-steel combined T-shaped section reinforcing structure, the two sets of first reinforcing pieces which are in bilateral symmetry are adopted, it can be guaranteed that the whole rod piece is evenly stressed, and therefore the bearing capacity of the whole rod piece is effectively improved, the centroids of the rod piece are basically kept consistent before and after reinforcing, the bearing capacity of the rod piece can be remarkably improved, and through two examples, the structure is simple and convenient to operate. Therefore, the bearing capacity of the structure can be improved by more than 70%.
本发明公开了一种轴心受力双角钢组合T形截面加固结构，包括被加固件，所述被加固件设置有两组，且两组被加固件端部连接有节点板，并且两组被加固件中部焊接连接有填板，所述被加固件与第一加固件相互拼接，所述被加固件与第一加固件之间通过间断焊缝进行连接固定，所述被加固件上下对称连接有固定板；所述被加固件的材质为角钢，且两组被加固件组合的截面为“T”型结构。该轴心受力双角钢组合T形截面加固结构，采用左右对称的两组第一加固件，可以保证整体杆件受力均匀，从而有效提高整体杆件的承载能力，且加固前后杆件形心基本保持一致，可显著提高杆件承载力，并且通过两个算例，表明结构承载力可以提高70%以上，适合广泛推广。
Axis-stressed double-angle-steel combined T-shaped section reinforcing structure
一种轴心受力双角钢组合T形截面加固结构
LI YUMING (Autor:in) / LI ZHONGYU (Autor:in) / XING KUNTAO (Autor:in) / FANG YIWEI (Autor:in)
20.02.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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