数字孪生桥的使用案例

Sonja Nieborowski, Sarah Windmann, Jennifer Bednorz, Iris Hindersmann, Tim Zinke
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引用次数: 0

摘要

数字孪生桥梁在实现预测性生命周期管理的道路上做出了重要贡献。其潜力是巨大的,尤其是在生命周期的 "运行 "阶段。在这一阶段,数字孪生桥可以作为分析、预测、控制和监测的有效工具。其目标是优化维护,鉴于土木工程结构当前面临的挑战,维护的重要性与日俱增。因此,在数字孪生桥梁构想的早期阶段,让相关利益方参与进来,了解他们的需求和要求,就显得尤为重要。德国联邦公路研究所(BASt)在各种研究项目中都采用了这种方法,这些项目已经涵盖了数字孪生的部分内容,并在一个正在进行的项目中继续开发数字孪生桥梁的整体概念。我们收集了可能的使用案例,并将其分配给 "操作流程"、"维护规划和实施 "以及 "战略生命周期管理 "等主题。在一次研讨会上,利益相关者对这些用例进行了讨论和初步排序。讨论结果为数字孪生桥梁模块化整体概念的制定和实践奠定了重要基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use cases of a digital twin bridge in operation

The digital twin bridge makes an important contribution on the way to predictive life cycle management. The potentials are many, especially in the life cycle phase “operation.” There, the digital twin bridge can serve as an efficient tool in terms of analyses, predictions, control, and monitoring. The goal is optimized maintenance, the importance of which continues to grow in view of the current challenges for civil engineering structures. It is therefore particularly important that relevant stakeholders with their needs and requirements are involved in the conception of the digital twin bridge at an early stage. This approach is being pursued by the German Federal Highway Research Institute (BASt) in various research projects that already cover partial aspects of the digital twin and is also being continued in an ongoing project to develop an overall concept for the digital twin bridge. Possible use cases were collected and assigned to the topics of “operational processes,” “maintenance planning and implementation,” and “strategic life cycle management.” In a workshop, the use cases were discussed and initially ranked by and with stakeholders. The results form an important basis for the elaboration of the modular overall concept of the digital twin bridge and the way into practice.

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