随着城市地下空间的开发利用, 对三维地质结构的掌握成为科学合理开发利用地下空间的基本
前提, 三维地质模型的创建也得以迅速发展. 三维地质结构模型可以直观展示地层空间分布形态 …

3D solid models of geological structures are particularly useful to practical geological
analysis and engineering design. The main difficulty raised by 3D geological modeling of …

针对基于钻孔数据的传统显式三维地质建模方法存在过程繁琐, 模型质量难以保证等缺点,
本文提出了一种基于机器学习的隐式三维地质建模方法, 将地层三维建模问题转换为地下空间栅 …

By the aid of the international mining software SURPAC, a geologic database for a multi-
metal mine was established, 3D models of the surface, geologic fault, ore body, cavity and …

The cross section is the basic data for building 3D geological models. It is inefficient to draw
a large number of cross sections to build an accurate model. This paper reports the use of …

三维地层模型是地下工程辅助分析的有效工具, 而工程钻孔数据是建模主要的数据源.
由于地质现象的复杂性和采样数据的稀疏性, 仅仅利用零散的钻孔采样数据无法有效地控制最终 …

3‐D geological modeling plays an increasingly important role in Petroleum Geology, Mining
Geology and Engineering Geology. The complexity of geological conditions requires …

Abstract The three-dimensional (3D) geological structure model has been the basic
preconditions for the analysis of urban underground space, because it can directly display …

Combining the requirements for refined modeling and dynamic update of fault slope
geological models in open-pit coal mines, we systematically elaborated on the elements and …

Subsurface characterization and clear distinction between layer boundaries in geological
profiles are essential for successful completion of engineering projects. Due to limitations in …