Full-prestress spliced bridge based on decentralized energy consumption control system and mounting method thereof

• Main Authors: LI YANAN, LIU WEI, SUN CHENGPING, ZHOU QINGLIAN, WU XINMIN, DU BAOYI, ZHANG YINGKUI, YU ZHENGWEI, CAI JINLAI, SUN CHUANWEN, YU WENZHONG, LIU PEI
• Format: Patent
• Language: Chinese; English
• Published: 22.03.2022
• Subjects: ASSEMBLY OF BRIDGES; CONSTRUCTION OF BRIDGES; CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES; FIXED CONSTRUCTIONS; OR VIADUCTS

The invention relates to the technical field of spliced bridges, and discloses a full-prestress spliced bridge based on a decentralized energy consumption control system and a mounting method of the full-prestress spliced bridge. Comprising vertical shear keys, transverse energy dissipation connecting plates, horizontal prestressed tendons, porous bridge deck slabs, longitudinal bridge abutments, vertical prestressed tendons, transverse shear keys, bridge abutment cross beams, bridge abutment vertical piles, precast beams, bridge piers, supporting foundation platforms, vertical energy dissipation connecting plates, holes, first fixing supports, second fixing supports, loading points and annular steel rings. The bridge abutment cross beams are fixedly connected to the upper ends of the bridge abutment vertical piles, and the porous bridge deck slabs are fixedly spliced for use through the transverse energy dissipation connecting plates and the longitudinal bridge abutments. In the using process, the device is