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Research and application of whole-process virtual simulation for tunnel shield system

机译:隧道屏蔽系统全过程虚拟仿真的研究与应用

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Aiming at the complexity, dynamics and special safeness of the construction process for tunnel shield, we applied the computer dynamic simulation technology into the whole-process simulation realization for shield construction, constructed 3D virtual simulation platform based on OpenInventor technology and gave the overall framework of the system; in the paper, the soil dynamic simulation model in the process of tunneling operation was researched and ground settlement computation model was constructed, and the relative arithmetic was given. The whole process of shield construction was emulated dynamically and the situation of the soil change and the ground surface settlement were analyzed and feedback in time, and the actual construction process was controlled and guided availably by coordinating with configuration software. At last, we took the new construction project of Xianxia West Road in Shanghai Hongqiao comprehensive communication hub as application background and verified by test running, the result indicated that the simulation system satisfied the construction request on the scene of tunnel. It explained the feasibility of simulation technology and simulation model, and provided aided decision-making means for risk controlling of actual shield construction process.
机译:旨在隧道盾构施工过程的复杂性,动态和特殊安全,我们将计算机动态仿真技术应用于盾构建设的全过程仿真实现,基于OpenInVentor技术构建的3D虚拟仿真平台,给了整体框架系统;本文研究了隧道运行过程中的土壤动态仿真模型,构建了地面沉降计算模型,给出了相对算法。动态模拟屏蔽结构的整个过程,并分析了土壤变化和地面沉降的情况,并及时反馈,通过与配置软件配制进行控制和引导实际的施工过程。最后,我们在上海宏桥综合通信中心的新建建设项目作为应用背景并通过测试运行进行了验证,结果表明仿真系统满足隧道现场的施工请求。它解释了仿真技术和仿真模型的可行性,并提供了用于实际盾构施工过程的风险控制的辅助决策方法。

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