A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dry-type prefabricated beam-column connecting assembly with double energy-dissipating capacity
The invention discloses a dry-type prefabricated beam-column connecting assembly with double energy-dissipation capacity, which comprises a left connecting piece, a right connecting piece, an upper multi-seam energy-dissipation plate, a lower multi-seam energy-dissipation plate and a shear energy-dissipation piece, and is characterized in that the left connecting piece and the right connecting piece are respectively welded with a beam-end embedded part and a column-end embedded part; the two ends of the upper multi-seam energy consumption plate and the two ends of the lower multi-seam energy consumption plate are connected with the left connecting piece and the right connecting piece through high-strength bolts, the shear energy consumption piece is located between the upper multi-seam energy consumption plate and the lower multi-seam energy consumption plate, and the two ends of the shear energy consumption piece are connected with the left connecting piece and the right connecting piece through high-strength bolts. The upper multi-seam energy dissipation plate and the lower multi-seam energy dissipation plate can achieve frame swinging energy dissipation, and the shearing energy dissipation piece can achieve frame shearing energy dissipation. The frame has the swing energy dissipation capacity and the shear energy dissipation capacity at the same time, and the energy dissipation pieces are easy to replace after an earthquake.
本发明公开了一种具有双重耗能能力的干式预制梁柱连接组件，包括左连接件、右连接件、上多缝耗能板、下多缝耗能板和剪切耗能件，左连接件和右连接件分别与梁端预埋件、柱端预埋件焊接，上多缝耗能板和下多缝耗能板的两端通过高强螺栓与左连接件、右连接件相连接，剪切耗能件位于上多缝耗能板和下多缝耗能板之间，剪切耗能件的两端通过高强螺栓与左连接件、右连接件相连接；上多缝耗能板和下多缝耗能板能够实现框架摇摆耗能，剪切耗能件能够实现框架剪切耗能。本发明使得框架同时具有摇摆耗能和剪切耗能能力，且耗能件在震后易于更换。
Dry-type prefabricated beam-column connecting assembly with double energy-dissipating capacity
The invention discloses a dry-type prefabricated beam-column connecting assembly with double energy-dissipation capacity, which comprises a left connecting piece, a right connecting piece, an upper multi-seam energy-dissipation plate, a lower multi-seam energy-dissipation plate and a shear energy-dissipation piece, and is characterized in that the left connecting piece and the right connecting piece are respectively welded with a beam-end embedded part and a column-end embedded part; the two ends of the upper multi-seam energy consumption plate and the two ends of the lower multi-seam energy consumption plate are connected with the left connecting piece and the right connecting piece through high-strength bolts, the shear energy consumption piece is located between the upper multi-seam energy consumption plate and the lower multi-seam energy consumption plate, and the two ends of the shear energy consumption piece are connected with the left connecting piece and the right connecting piece through high-strength bolts. The upper multi-seam energy dissipation plate and the lower multi-seam energy dissipation plate can achieve frame swinging energy dissipation, and the shearing energy dissipation piece can achieve frame shearing energy dissipation. The frame has the swing energy dissipation capacity and the shear energy dissipation capacity at the same time, and the energy dissipation pieces are easy to replace after an earthquake.
本发明公开了一种具有双重耗能能力的干式预制梁柱连接组件，包括左连接件、右连接件、上多缝耗能板、下多缝耗能板和剪切耗能件，左连接件和右连接件分别与梁端预埋件、柱端预埋件焊接，上多缝耗能板和下多缝耗能板的两端通过高强螺栓与左连接件、右连接件相连接，剪切耗能件位于上多缝耗能板和下多缝耗能板之间，剪切耗能件的两端通过高强螺栓与左连接件、右连接件相连接；上多缝耗能板和下多缝耗能板能够实现框架摇摆耗能，剪切耗能件能够实现框架剪切耗能。本发明使得框架同时具有摇摆耗能和剪切耗能能力，且耗能件在震后易于更换。
Dry-type prefabricated beam-column connecting assembly with double energy-dissipating capacity
一种具有双重耗能能力的干式预制梁柱连接组件
LUO DIEFENG (author) / REN ZEZHOU (author) / ZHANG QINGWEN (author) / MA YONGCHUN (author)
2023-08-08
Patent
Electronic Resource
Chinese
Experimental Study on Novel Energy-Dissipating Prefabricated Beam-Column Joints
| DOAJ | 2019
| European Patent Office | 2023
Assembly type prefabricated building steel structure beam column connecting component
| European Patent Office | 2023
| European Patent Office | 2024