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Structural analysis and climbing mechanism test of integrated intelligent tower building machine for Lingdingyang Bridge on Shenzhong-Zhongshan Link
In view of the current situation of super-high concrete bridge tower construction, facing the huge demand of high efficiency and high quality construction and labor intensive production, combined with the cable tower construction of Lingdingyang bridge on Shenzhong-Zhongshan link and modern factory manufacturing, the concept of "vertical factory" for bridge tower construction is put forward. The finite element static strength analysis of the tower building machine structure is carried out, and the mechanical performance of the climbing system and the bearing capacity of the corresponding anchorage system are verified through the test, so as to provide data support for the use of the tower building machine.
Structural analysis and climbing mechanism test of integrated intelligent tower building machine for Lingdingyang Bridge on Shenzhong-Zhongshan Link
In view of the current situation of super-high concrete bridge tower construction, facing the huge demand of high efficiency and high quality construction and labor intensive production, combined with the cable tower construction of Lingdingyang bridge on Shenzhong-Zhongshan link and modern factory manufacturing, the concept of "vertical factory" for bridge tower construction is put forward. The finite element static strength analysis of the tower building machine structure is carried out, and the mechanical performance of the climbing system and the bearing capacity of the corresponding anchorage system are verified through the test, so as to provide data support for the use of the tower building machine.
Structural analysis and climbing mechanism test of integrated intelligent tower building machine for Lingdingyang Bridge on Shenzhong-Zhongshan Link
Easa, Said (editor) / Wei, Wei (editor) / Su, yan (author)
Eighth International Conference on Electromechanical Control Technology and Transportation (ICECTT 2023) ; 2023 ; Hangzhou, China
Proc. SPIE ; 12790
2023-09-07
Conference paper
Electronic Resource
English
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