A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Finite element analysis of inclined wall construction process of super high-rise core tube
Xiamen Bailu West Tower is a super high-rise building, its core tube is designed to be retracted synchronously along the height of the peripheral shear wall, and the construction method of the core tube is the integral climbing steel platform formwork system + the formwork support system of the inclined wall of the core tube. In this paper, MIDAS Gen is used to simulate the whole construction process of the core tube inclined wall, analyze the deformation and stress state of each construction stage, and review the bearing capacity of the core tube structure. The simulation analysis shows that the construction scheme is feasible and the construction process is safe and controllable.
Finite element analysis of inclined wall construction process of super high-rise core tube
Xiamen Bailu West Tower is a super high-rise building, its core tube is designed to be retracted synchronously along the height of the peripheral shear wall, and the construction method of the core tube is the integral climbing steel platform formwork system + the formwork support system of the inclined wall of the core tube. In this paper, MIDAS Gen is used to simulate the whole construction process of the core tube inclined wall, analyze the deformation and stress state of each construction stage, and review the bearing capacity of the core tube structure. The simulation analysis shows that the construction scheme is feasible and the construction process is safe and controllable.
Finite element analysis of inclined wall construction process of super high-rise core tube
Advances in Engineering res
Bilgin, Hüseyin (editor) / Wen, Jiwei (editor) / Rahhal, Muhsin Elie (editor) / Zhao, Yipeng (author) / Ren, Baoshuang (author) / Li, Yuanfang (author)
International Conference on Civil Engineering, Environment Resources and Energy Materials ; 2023 ; Xiamen, China
2023-12-14
10 pages
Article/Chapter (Book)
Electronic Resource
English
Hanging frame system for super high-rise core tube inclined wall construction
| European Patent Office | 2024
Construction method for building core tube inclined wall of super high-rise building
| European Patent Office | 2022
Construction method of super-high-rise core tube wall concrete structure
| European Patent Office | 2016
Construction method of super high-rise core tube tapered variable cross-section shear wall
| European Patent Office | 2021
Construction device for super high-rise inclined double-layer special-shaped curtain wall
| European Patent Office | 2023