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A platform for research: civil engineering, architecture and urbanism
Suspension bridge anchor cable structure and construction method
The invention discloses a suspension bridge anchor cable structure and a construction method, the suspension bridge anchor cable structure comprises magnetic anchor cables, the magnetic anchor cables are buried in the ground surface around a suspension bridge during working, and the multiple magnetic anchor cables are connected with a bridge body through steel cables to play a role in stabilization; during construction, the magnetic anchor cable is vertically driven into the land surface or the water bottom around the cable bridge, then prepared magnetic mortar is injected into a gap between the magnetic anchor cable and an anchor cable hole through a high-pressure grouting machine, standing is conducted for a period of time after grouting is completed, and soil is backfilled again to complete construction; by improving the filler between the cable bridge anchor cable and the hole and the construction method, the problem that a large amount of tedious calculation needs to be conducted on the suspension bridge anchor cable can be effectively relieved, meanwhile, the stability of the cable bridge anchor cable is improved, and the service life of the suspension bridge is prolonged.
一种悬索桥锚索结构及施工方法，包括有磁性锚索，磁性锚索工作时埋设在悬索桥周围的地表内，多个磁性锚索通过钢缆连接桥梁本体以起到稳固的作用；施工时先将磁性锚索垂直打入到索桥周围的陆地地表或水底内，再通过高压注浆机将配置好的磁性砂浆注入到磁性锚索和锚索孔洞之间的间隙内，注浆完成后静置一段时间，再次回填土壤完成施工；本发明通过改进索桥锚索与孔洞之间的填充物及施工方法，能有效缓解需对悬索桥锚索进行大量繁琐计算的问题，同时也提高了索桥锚索的稳固性，增长了悬索桥的使用年限。
Suspension bridge anchor cable structure and construction method
The invention discloses a suspension bridge anchor cable structure and a construction method, the suspension bridge anchor cable structure comprises magnetic anchor cables, the magnetic anchor cables are buried in the ground surface around a suspension bridge during working, and the multiple magnetic anchor cables are connected with a bridge body through steel cables to play a role in stabilization; during construction, the magnetic anchor cable is vertically driven into the land surface or the water bottom around the cable bridge, then prepared magnetic mortar is injected into a gap between the magnetic anchor cable and an anchor cable hole through a high-pressure grouting machine, standing is conducted for a period of time after grouting is completed, and soil is backfilled again to complete construction; by improving the filler between the cable bridge anchor cable and the hole and the construction method, the problem that a large amount of tedious calculation needs to be conducted on the suspension bridge anchor cable can be effectively relieved, meanwhile, the stability of the cable bridge anchor cable is improved, and the service life of the suspension bridge is prolonged.
一种悬索桥锚索结构及施工方法，包括有磁性锚索，磁性锚索工作时埋设在悬索桥周围的地表内，多个磁性锚索通过钢缆连接桥梁本体以起到稳固的作用；施工时先将磁性锚索垂直打入到索桥周围的陆地地表或水底内，再通过高压注浆机将配置好的磁性砂浆注入到磁性锚索和锚索孔洞之间的间隙内，注浆完成后静置一段时间，再次回填土壤完成施工；本发明通过改进索桥锚索与孔洞之间的填充物及施工方法，能有效缓解需对悬索桥锚索进行大量繁琐计算的问题，同时也提高了索桥锚索的稳固性，增长了悬索桥的使用年限。
Suspension bridge anchor cable structure and construction method
一种悬索桥锚索结构及施工方法
LIU JIE (author) / SUN RONGQI (author) / QIE SHENGHAN (author) / FENG BOTAO (author) / SONG RUI (author) / LI YUNZHOU (author) / WANG HAO (author) / WANG YANSONG (author) / CHEN ZIYUE (author) / GUO JIANXIANG (author)
2022-08-12
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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