A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated box girder bridge and anti-seismic structure thereof
The invention discloses a fabricated box girder bridge and an anti-seismic structure thereof. The anti-seismic structure comprises check blocks located on the two sides of the cover beam, each steel framework piece is formed by welding a vertical rod, an inclined rod, a framework pressing rod, a framework pull rod, a framework large cross beam, a framework inclined strut and a framework small cross beam, and each steel framework is formed by welding a plurality of steel framework pieces arranged side by side through framework longitudinal beams and framework longitudinal inclined struts. According to the structure of the steel framework piece and the steel framework, it is guaranteed that the side, facing the interior of the bent cap, of the check block can bear large tensile force and theside, facing the exterior of the bent cap, of the check block can bear large pressure, and therefore the shear failure resistance of the oblique section, facing the bent cap, of the check block is improved; the steel skeleton pieces arranged side by side of the steel skeleton are connected through the skeleton longitudinal beams and the skeleton longitudinal inclined struts, so that the steel skeleton pieces are reliable in connection and high in impact resistance, the overall shear failure resistance of the check block is guaranteed, and the shock resistance of a bridge can be improved.
本发明公开一种装配式箱梁桥及其抗震结构，抗震结构包括位于盖梁两侧的挡块，钢骨架片由竖杆、斜杆、骨架压杆、骨架拉杆、骨架大横梁、骨架斜撑和骨架小横梁焊接而成，钢骨架由若干并排设置的钢骨架片通过骨架纵梁和骨架纵向斜撑焊接而成。本发明的钢骨架片、钢骨架的结构，保证了挡块朝向盖梁内部一侧能够承受较大的拉力，而朝向盖梁外部一侧承受较大的压力，因而提高了挡块的向盖梁方向的斜截面抗剪切破坏能力；钢骨架的若干并排设置的钢骨架片，通过骨架纵梁和骨架纵向斜撑进行连接，能够使得钢骨架片之间连接可靠，抗冲击能力强，进而保证了挡块整体的抗剪切破坏能力，能够提升桥梁的抗震能力。
Fabricated box girder bridge and anti-seismic structure thereof
The invention discloses a fabricated box girder bridge and an anti-seismic structure thereof. The anti-seismic structure comprises check blocks located on the two sides of the cover beam, each steel framework piece is formed by welding a vertical rod, an inclined rod, a framework pressing rod, a framework pull rod, a framework large cross beam, a framework inclined strut and a framework small cross beam, and each steel framework is formed by welding a plurality of steel framework pieces arranged side by side through framework longitudinal beams and framework longitudinal inclined struts. According to the structure of the steel framework piece and the steel framework, it is guaranteed that the side, facing the interior of the bent cap, of the check block can bear large tensile force and theside, facing the exterior of the bent cap, of the check block can bear large pressure, and therefore the shear failure resistance of the oblique section, facing the bent cap, of the check block is improved; the steel skeleton pieces arranged side by side of the steel skeleton are connected through the skeleton longitudinal beams and the skeleton longitudinal inclined struts, so that the steel skeleton pieces are reliable in connection and high in impact resistance, the overall shear failure resistance of the check block is guaranteed, and the shock resistance of a bridge can be improved.
本发明公开一种装配式箱梁桥及其抗震结构，抗震结构包括位于盖梁两侧的挡块，钢骨架片由竖杆、斜杆、骨架压杆、骨架拉杆、骨架大横梁、骨架斜撑和骨架小横梁焊接而成，钢骨架由若干并排设置的钢骨架片通过骨架纵梁和骨架纵向斜撑焊接而成。本发明的钢骨架片、钢骨架的结构，保证了挡块朝向盖梁内部一侧能够承受较大的拉力，而朝向盖梁外部一侧承受较大的压力，因而提高了挡块的向盖梁方向的斜截面抗剪切破坏能力；钢骨架的若干并排设置的钢骨架片，通过骨架纵梁和骨架纵向斜撑进行连接，能够使得钢骨架片之间连接可靠，抗冲击能力强，进而保证了挡块整体的抗剪切破坏能力，能够提升桥梁的抗震能力。
Fabricated box girder bridge and anti-seismic structure thereof
一种装配式箱梁桥及其抗震结构
WANG YELU (author) / ZHOU YONGJUN (author) / ZHAO YU (author) / SHEN CHUANDONG (author) / SUN NANNAN (author) / ZHOU XIANGONG (author)
2020-08-07
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Fabricated box girder bridge and anti-seismic structure thereof
| European Patent Office | 2021
| European Patent Office | 2021
Anti-collision fabricated UHPC side girder structure and construction method thereof
| European Patent Office | 2022
Semi-fabricated steel box girder bridge deck pavement structure and construction method thereof
| European Patent Office | 2023