A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a viaduct structure, which is a viaduct based on a ceiling type steel framework and comprises steel bridge columns, steel plate beams, bridge floor bottom steel plates, bridge floor side steel plates and cement stone concrete, and the steel bridge columns, the steel plate beams and the bridge floor bottom steel plates are mutually welded to form the ceiling type steel framework. The steel bridge columns, the steel plate beams and the bridge floor bottom steel plates play roles of bridge columns, bridges and bridge floor bottom plates respectively, the bridge floor side edge steel plates are welded to the left side and the right side of the bridge floor bottom steel plates, and the cement stone concrete is poured in a groove-shaped structure defined by the bridge floor side edge steel plates and the bridge floor bottom steel plates. The bridge has the advantages of firm structure, thin bridge surface and steel plate beams, low bridge surface height, no need of clamping plates during pouring, convenience in construction, less waste, material saving, low manufacturing cost and the like, can replace the existing reinforced concrete viaduct, and is applied to the field of road bridges.
本申请涉及一种高架桥结构，其是一种以顶棚式钢架构为基础的高架桥，由钢桥柱、钢板梁、桥面底部钢板、桥面侧边钢板、水泥石子混凝土组成，钢桥柱、钢板梁、桥面底部钢板互相焊接，构成一个顶棚式钢架构，钢桥柱、钢板梁、桥面底部钢板分别起到桥柱、桥梁、桥面底板的作用，桥面侧边钢板焊接在桥面底部钢板的左右两侧，水泥石子混凝土浇注在桥面侧边钢板、桥面底部钢板围成的凹槽样结构内，它具有结构牢固、桥面与钢板梁薄、桥面高度低、浇注时不需要夹板、施工方便、浪费少、材料省、造价低等优点，可取代目前的钢筋混凝土高架桥，应用于道路桥领域中。
The invention relates to a viaduct structure, which is a viaduct based on a ceiling type steel framework and comprises steel bridge columns, steel plate beams, bridge floor bottom steel plates, bridge floor side steel plates and cement stone concrete, and the steel bridge columns, the steel plate beams and the bridge floor bottom steel plates are mutually welded to form the ceiling type steel framework. The steel bridge columns, the steel plate beams and the bridge floor bottom steel plates play roles of bridge columns, bridges and bridge floor bottom plates respectively, the bridge floor side edge steel plates are welded to the left side and the right side of the bridge floor bottom steel plates, and the cement stone concrete is poured in a groove-shaped structure defined by the bridge floor side edge steel plates and the bridge floor bottom steel plates. The bridge has the advantages of firm structure, thin bridge surface and steel plate beams, low bridge surface height, no need of clamping plates during pouring, convenience in construction, less waste, material saving, low manufacturing cost and the like, can replace the existing reinforced concrete viaduct, and is applied to the field of road bridges.
本申请涉及一种高架桥结构，其是一种以顶棚式钢架构为基础的高架桥，由钢桥柱、钢板梁、桥面底部钢板、桥面侧边钢板、水泥石子混凝土组成，钢桥柱、钢板梁、桥面底部钢板互相焊接，构成一个顶棚式钢架构，钢桥柱、钢板梁、桥面底部钢板分别起到桥柱、桥梁、桥面底板的作用，桥面侧边钢板焊接在桥面底部钢板的左右两侧，水泥石子混凝土浇注在桥面侧边钢板、桥面底部钢板围成的凹槽样结构内，它具有结构牢固、桥面与钢板梁薄、桥面高度低、浇注时不需要夹板、施工方便、浪费少、材料省、造价低等优点，可取代目前的钢筋混凝土高架桥，应用于道路桥领域中。
Viaduct structure
高架桥结构
WANG JIANYOU (author)
2022-07-22
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken