The development of 3D geological models involves the integration of large amounts of geological data,as well as additional accessible proprietary lithological, structural,geochemical,geophysical,and borehole data.Luan...The development of 3D geological models involves the integration of large amounts of geological data,as well as additional accessible proprietary lithological, structural,geochemical,geophysical,and borehole data.Luanchuan,the case study area,southwestern Henan Province,is an important molybdenum-tungsten -lead-zinc polymetallic belt in China.展开更多
为解决桩基工程BIM(Building Information Modeling)技术应用常见的桩基建模、地质建模、模型整合方法问题,提出了一种通过BIM软件与可视化编程软件Dynamo相结合的桩基工程BIM技术应用方法。详细论述了此方法如何应用于桩基建模、地质...为解决桩基工程BIM(Building Information Modeling)技术应用常见的桩基建模、地质建模、模型整合方法问题,提出了一种通过BIM软件与可视化编程软件Dynamo相结合的桩基工程BIM技术应用方法。详细论述了此方法如何应用于桩基建模、地质建模、模型整合及数据提取,并将该方法的应用效果与其他方法进行了对比。分析结果表明,该方法可提升桩基工程模型搭建精度及效率,辅助确定桩长,能推动BIM技术在桩基工程中的应用。展开更多
文摘The development of 3D geological models involves the integration of large amounts of geological data,as well as additional accessible proprietary lithological, structural,geochemical,geophysical,and borehole data.Luanchuan,the case study area,southwestern Henan Province,is an important molybdenum-tungsten -lead-zinc polymetallic belt in China.
文摘为解决桩基工程BIM(Building Information Modeling)技术应用常见的桩基建模、地质建模、模型整合方法问题,提出了一种通过BIM软件与可视化编程软件Dynamo相结合的桩基工程BIM技术应用方法。详细论述了此方法如何应用于桩基建模、地质建模、模型整合及数据提取,并将该方法的应用效果与其他方法进行了对比。分析结果表明,该方法可提升桩基工程模型搭建精度及效率,辅助确定桩长,能推动BIM技术在桩基工程中的应用。
