预览:地质力学和隧道2/2020

Vorschau, H. Ehrbar, Stefan Franz, Thorsten Weiner, W. Fentzloff, S. Frodl, T. Marcher, G. H. Erharter, Manuel M. Winkler, Franz Peter Weichenberger, C. Schwaiger, Giorgio Höfer, A. Alsahly, F. Hegemann, M. König, G. Meschke
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引用次数: 0

摘要

通过在隧道中绘制地质场图,可以实现将观测结果转换为数据结构的过程,这些数据结构可以在BIM中进一步使用。如果有相应的标准,信息也可以普遍交换。这意味着土壤模型可以在结构的整个生命周期中使用,并且在运行、扩展和解构阶段,土壤可以不受限制地作为结构数字孪生的一部分使用。利用建筑物地面模型,可以将复杂的地质事实清晰地可视化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preview: Geomechanics and Tunneling 2/2020
With the geological field mapping in the tunnel, a process can be implemented that transfers observations into data structures that can be further used in the BIM. If corresponding standards are available, the information can also be universally exchanged. This means that the soil model can be carried along throughout the entire life cycle of the structure and the soil can be made available without restriction as part of the digital twin of the structure in operation, extension and deconstruction phases. With the building ground model, complex geological facts can be visualized clearly.
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