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基于BIM的预应力变截面连续梁桥参数化设计与优化应用

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为提高建筑施工质量,保证过程作业安全性,基于BIM技术对预应力变截面连续梁桥进行参数化设计与优化,结合某城市快速路与城市主干路交叉处工程实例,讨论如何构模型并调整设计.结果显示,BIM技术能够模拟施工阶段各个关键节点位置的应力变化,进行荷载工况计算与应力分析,为施工设计、施工过程加固等环节提供有效数据资料.预应力变截面连续梁桥可借助BIM技术及相关软件对参数进行科学调控,以保障桥梁安全.
Parametric Design and Optimization Application of Prestressed Continuous Beam Bridge with Variable Section Based on BIM
In order to improve the construction quality and ensure the safety of the process,the study conducts the parametric design and optimization of the prestressed continuous beam bridge with variable section based on BIM technology,combines with the engineering example of the intersection of an urban expressway and urban trunk road,discusses the model,and adjusts the design.The results show that BIM technology can simulate the stress change of each key node position in the construction stage,calculate load conditions and stress analysis,and provide effective data for construction design,construction process reinforcement and other links.The parameters of prestressed continuous beam bridge with variable section can be scientifically regulated by BIM technology and related software to ensure the safety of the bridge.

BIMPrestressed continuous bridge with variable sectionParameter design

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BIM 预应力变截面连续桥梁 参数设计

2025

黑龙江科学
黑龙江省科学院

黑龙江科学

影响因子:1.014
ISSN:1674-8646
年,卷(期):2025.16(2)