A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Semi-flexible filling friction energy dissipation structure of prefabricated filler wall and construction method
The invention discloses a semi-flexible filling friction energy dissipation structure of a prefabricated infilled wall and a construction method, the structure comprises a prefabricated infilled wall plate, a frame structure is arranged outside the prefabricated infilled wall plate, and the two sides of the prefabricated infilled wall plate are connected with the frame structure in a semi-assembly and semi-flexible filling mode; the top of the supporting structure is connected with the frame structure through semi-flexible filling and semi-grouting, and the bottom of the supporting structure is connected with the frame structure through bedding; the construction method comprises the following steps that the wallboard embedded parts are embedded, and the prefabricated filling wallboards are poured; pre-embedding columns and pre-embedding parts, and pouring a frame structure; bedding mortar and mounting the prefabricated filled wallboards; high-elasticity rubber strips are placed in the side reserved joints; welding an L-shaped connecting piece; the fabricated connecting pieces and the wallboard embedded parts are connected through connecting bolts; high-elasticity rubber strips are placed on the two sides of the top reserved joint, and the middle position of the top reserved joint is filled with cement mortar. The weakening influence of flexible filling arrangement on the bearing capacity of the frame infilled wall is reduced, construction is convenient and fast, connection is firm, and the anti-seismic property of the frame column is improved.
本发明公开了一种预制填充墙的半柔性填充摩擦耗能结构及施工方法，其结构包括预制填充墙板，预制填充墙板外部设置有框架结构，预制填充墙板两侧与框架结构采用半装配半柔性填充连接，其顶部与框架结构采用半柔性填充半注浆连接，其底部与框架结构采用坐浆连接；其施工方法，包括以下步骤：预埋墙板预埋件，浇筑预制填充墙板；预埋柱预埋件，浇筑框架结构；坐浆安装预制填充墙板；侧预留接缝中放入高弹橡胶条；焊接L形连接件；通过连接螺栓连接装配式连接件、墙板预埋件；顶预留接缝中两边放入高弹橡胶条，在中间位置填充水泥砂浆。本发明减小柔性填充布置对框架填充墙的承载力的削弱影响﹑施工方便快捷，连接牢固，提升了框架柱的抗震性能。
Semi-flexible filling friction energy dissipation structure of prefabricated filler wall and construction method
The invention discloses a semi-flexible filling friction energy dissipation structure of a prefabricated infilled wall and a construction method, the structure comprises a prefabricated infilled wall plate, a frame structure is arranged outside the prefabricated infilled wall plate, and the two sides of the prefabricated infilled wall plate are connected with the frame structure in a semi-assembly and semi-flexible filling mode; the top of the supporting structure is connected with the frame structure through semi-flexible filling and semi-grouting, and the bottom of the supporting structure is connected with the frame structure through bedding; the construction method comprises the following steps that the wallboard embedded parts are embedded, and the prefabricated filling wallboards are poured; pre-embedding columns and pre-embedding parts, and pouring a frame structure; bedding mortar and mounting the prefabricated filled wallboards; high-elasticity rubber strips are placed in the side reserved joints; welding an L-shaped connecting piece; the fabricated connecting pieces and the wallboard embedded parts are connected through connecting bolts; high-elasticity rubber strips are placed on the two sides of the top reserved joint, and the middle position of the top reserved joint is filled with cement mortar. The weakening influence of flexible filling arrangement on the bearing capacity of the frame infilled wall is reduced, construction is convenient and fast, connection is firm, and the anti-seismic property of the frame column is improved.
本发明公开了一种预制填充墙的半柔性填充摩擦耗能结构及施工方法，其结构包括预制填充墙板，预制填充墙板外部设置有框架结构，预制填充墙板两侧与框架结构采用半装配半柔性填充连接，其顶部与框架结构采用半柔性填充半注浆连接，其底部与框架结构采用坐浆连接；其施工方法，包括以下步骤：预埋墙板预埋件，浇筑预制填充墙板；预埋柱预埋件，浇筑框架结构；坐浆安装预制填充墙板；侧预留接缝中放入高弹橡胶条；焊接L形连接件；通过连接螺栓连接装配式连接件、墙板预埋件；顶预留接缝中两边放入高弹橡胶条，在中间位置填充水泥砂浆。本发明减小柔性填充布置对框架填充墙的承载力的削弱影响﹑施工方便快捷，连接牢固，提升了框架柱的抗震性能。
Semi-flexible filling friction energy dissipation structure of prefabricated filler wall and construction method
一种预制填充墙的半柔性填充摩擦耗能结构及施工方法
XIE JUN (author) / ZHAO GUOFAN (author) / WANG ZHENG (author) / HUANG JIUPENG (author) / LIN SHUQIN (author) / PANG BOLEI (author) / ZHANG HUASHUAI (author) / LIANG JINXIAO (author)
2024-03-19
Patent
Electronic Resource
Chinese
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