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Study on mechanical properties of rear fulcrum hanging basket of cable-stayed bridge
In order to study the mechanical properties of diamond hanging basket in the construction process, this paper takes the diamond hanging basket used in the construction of Jialing River Bridge in Baiyanba as the engineering background, and uses Midas / Civil finite element software to establish the hanging basket model to analyze the influence of structural stress, deformation and temperature load of hanging basket in the construction process. The results show that the stress and deformation of the hanging basket meet the requirements during the construction process; under the action of heating, the vertical deformation of the hanging basket is large, and the influence of temperature should be considered when the hanging basket is erected, and the stress meets the requirements. The effect of cooling on the structure can be ignored.
Study on mechanical properties of rear fulcrum hanging basket of cable-stayed bridge
In order to study the mechanical properties of diamond hanging basket in the construction process, this paper takes the diamond hanging basket used in the construction of Jialing River Bridge in Baiyanba as the engineering background, and uses Midas / Civil finite element software to establish the hanging basket model to analyze the influence of structural stress, deformation and temperature load of hanging basket in the construction process. The results show that the stress and deformation of the hanging basket meet the requirements during the construction process; under the action of heating, the vertical deformation of the hanging basket is large, and the influence of temperature should be considered when the hanging basket is erected, and the stress meets the requirements. The effect of cooling on the structure can be ignored.
Study on mechanical properties of rear fulcrum hanging basket of cable-stayed bridge
Atlantis Highlights in Engineering
Liu, Peng (editor) / Bilgin, Hüseyin (editor) / Yang, Jialing (editor) / Hu, Bin (editor) / Li, Liuhao (author) / Nie, Ningbo (author)
International Conference on Civil, Architecture and Disaster Prevention and Control ; 2024 ; Xi'an, China
2024-06-14
8 pages
Article/Chapter (Book)
Electronic Resource
English
Cable-stayed bridge girder front fulcrum hanging basket and suspension casting process
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