Aluminum alloy semi-rigid beam and column joint connected through ring groove rivets

Abstract

The invention discloses an aluminum alloy semi-rigid beam and column joint connected through ring groove rivets. The aluminum alloy semi-rigid beam and column joint comprises an aluminum alloy I-shaped beam, an aluminum alloy column and the ring groove rivets; the end face of the aluminum alloy I-shaped beam is in butt joint with flanges of the aluminum alloy column, and the aluminum alloy I-shaped beam and the aluminum alloy column are connected through angular stainless steel connection pieces; and the four angular stainless steel connection pieces are arranged at the junction of the beam and the column in pairs, arranged on upper and lower flanges of the beam and the two sides of a beam web correspondingly, and connected with the column flanges correspondingly. The joint further has thevery high bearing capacity and initial rotation stiffness besides having excellent performance of common joints, for example, the joint can be quickly assembled on a construction site, and the strength reduction problem of welding joints and the problem of electrochemical corrosion of bolt connecting joints can be solved; the ring groove rivets, serving as novel connecting fasteners, can providehigh pre-tightening force, prevent loosening and resist vibration; and the novel joint can greatly improve mechanical performance of an aluminum alloy structure, increase the construction speed of thealuminum alloy structure, and help to solve the problem of excess capacity of electrolytic aluminum in China by being extensively used in engineering.

Description

technical field [0001] The invention belongs to the technical field of metal structures in structural engineering, and relates to an aluminum alloy beam-column joint connected by ring groove rivets with high bearing capacity and high initial rotational rigidity. Background technique [0002] With the development of aluminum alloy smelting technology in China, aluminum alloy structures have gradually become a hot spot in the research and application of structural engineering. Due to the good corrosion resistance, high specific strength and easy extrusion of aluminum alloys, more than 6,000 aluminum alloy structures have been put into use worldwide, including long-span roof structures, aluminum alloy bridges, and towering structures. Wait. With the gradual maturity of research on aluminum alloy components and overall structures, a large number of light frame structures also urgently need aluminum alloys as their structural materials. [0003] The biggest problem faced by usi...

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Problems solved by technology

[0005] In order to effectively connect aluminum alloy beams and columns in frame structures and solve the problems of insufficient bearing capacity and low initial rotational

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