Self-reset frame-energy dissipating connecting filling wall structure

Abstract

The invention discloses a self-reset frame-energy dissipating connecting filling wall structure. The self-reset frame-energy dissipating connecting filling wall structure comprises a foundation, standcolumns, a cross beam, a filling wall, a powerful confinement frame, inclined struts, fillers, energy dissipating parts and a prestressed cable, the problem of damage deforming of a frame body and the filling wall during the earthquake can be solved, the structure can rapidly recover the use function after the earthquake, the filling wall and a main frame are separated, through the energy dissipating parts, connection is achieved, the fillers are used for filling gaps, the prestressed cable is mounted in the main frame, self-resetting capacity is provided, the strength and rigidity of the frame can be improved, due to the arranging of the energy dissipating parts, the displacement angle between structure layers can be effectively reduced during the earthquake, the filling wall is reinforced by the powerful confinement frame and the inclined struts, it is ensured that the filling wall has the enough strength and cannot be damaged under the earthquake effect, the energy dissipating parts in the fillers can effectively consume energy input to the structure by the earthquake, and the energy dissipating parts and the prestressed cable jointly achieve energy consumption, vibration control and self resetting after the earthquake of the frame filling wall structure.

Description

technical field [0001] The invention relates to the technical field of frame structure energy dissipation and shock absorption systems, and more specifically relates to a self-resetting frame-energy dissipation connection filling wall structure. Background technique [0002] The frame-filled wall structure is the most widely used building structure in my country. However, in previous earthquakes, the frame structural members and filling walls were severely damaged, which brought a huge threat to the safety of people's lives and property. At present, the problems faced by the frame-filled wall structure are roughly as follows: it is difficult to quantitatively determine the bearing capacity and limit deformation of the rigidly connected infill wall, and it is impossible to eliminate the adverse effects on the structure, and it is easy to form weak layers or short columns; the infill wall with flexible connections It is difficult to verify the anti-seismic performance of the ...

AI Technical Summary

Problems solved by technology

However, in previous earthquakes, the frame structural members and infill walls were severely damaged, posing a huge threat to the safety of people's lives and property.

At present, the problems faced by the frame-filled wall structure are roughly as follows: it is difficult to quantitatively determine the bearing capacity and limit deformation of the rigidly connected infill wall, and it is impossible to eliminate the adverse effects on the structure, and it is easy to form weak layers or short columns; the infill wall with flexible connections It is difficult to verify the anti-seismic performance of the wall outside the plane, and it is easy to fall and cause secondary accidents during an earthquake

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