A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Manufacturing and splicing process for double-layer highway bridge deck steel truss girder segments
The invention relates to a manufacturing and assembling process for steel truss girder segments of a double-layer highway bridge deck. The manufacturing and assembling process is characterized by comprising the following specific manufacturing and assembling processes: S1, manufacturing truss pieces; s2, manufacturing upper-layer bridge floor plates; s4, manufacturing lower-layer bridge floor plates; s5, integrally splicing the steel truss girder sections of the double-layer highway bridge floor; modularized splicing is adopted for the bridge, modules of part of the bridge can be spliced in a bridge production site, the difficulty of site bridge fabrication is lowered, the labor amount of bridge manufacturing is reduced, the time of bridge manufacturing is shortened, and the working efficiency is improved.
本发明涉及一种双层公路桥面钢桁梁节段制造拼装工艺，其特征在于：具体制造拼装工艺如下：S1：桁片的制造；S2：上层桥面板块制造；S4：下层桥面板块制造；S5：双层公路桥面钢桁梁节段的整体拼装；通过将大桥采用模块化拼装，再生产桥梁的场地就能够将部分桥梁的模块拼装起来，降低了现场造桥的难度，减少了桥梁制造的劳动量，缩短了桥梁制造的时间，提升了工作的效率。
Manufacturing and splicing process for double-layer highway bridge deck steel truss girder segments
The invention relates to a manufacturing and assembling process for steel truss girder segments of a double-layer highway bridge deck. The manufacturing and assembling process is characterized by comprising the following specific manufacturing and assembling processes: S1, manufacturing truss pieces; s2, manufacturing upper-layer bridge floor plates; s4, manufacturing lower-layer bridge floor plates; s5, integrally splicing the steel truss girder sections of the double-layer highway bridge floor; modularized splicing is adopted for the bridge, modules of part of the bridge can be spliced in a bridge production site, the difficulty of site bridge fabrication is lowered, the labor amount of bridge manufacturing is reduced, the time of bridge manufacturing is shortened, and the working efficiency is improved.
本发明涉及一种双层公路桥面钢桁梁节段制造拼装工艺，其特征在于：具体制造拼装工艺如下：S1：桁片的制造；S2：上层桥面板块制造；S4：下层桥面板块制造；S5：双层公路桥面钢桁梁节段的整体拼装；通过将大桥采用模块化拼装，再生产桥梁的场地就能够将部分桥梁的模块拼装起来，降低了现场造桥的难度，减少了桥梁制造的劳动量，缩短了桥梁制造的时间，提升了工作的效率。
Manufacturing and splicing process for double-layer highway bridge deck steel truss girder segments
一种双层公路桥面钢桁梁节段制造拼装工艺
WANG JIANGUO (author) / LI WEIQIANG (author) / ZHAO ZEHUA (author) / LIU YANG (author) / WANG SHENGMING (author) / GUAN YONG (author) / WANG JINYU (author) / LIU SHUO (author) / SHIN JUNG WOO (author) / JIA XIUFENG (author)
2022-07-29
Patent
Electronic Resource
Chinese
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