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Study on Seismic Imaging Block Modeling Method

机译:地震成像块建模方法研究

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Layer velocity modeling is not enough for high accuracy pre-stack imaging. But block velocity modeling may accurately describe complex subsurface geological structure. Through the research of seismic exploration block modeling method, this paper proposes a new practical workflow about block modeling, researches Delaunay triangulation algorithm, achieves surface structure geometrical modeling, and keeps the geometry and topology relationship, such as geologic horizon and fault. On the basis of surface structure triangulation meshes, this paper also researches the algorithms of curved surfaces intersection, subdivision, suture, united output and 3D Delaunay triangulation, realizes block geometric surface modeling and complicated geologic solid modeling, and overcomes the technology puzzle of the complicated structure block modeling.
机译:层速度建模不足以进行高精度的叠前成像。但是,块速度模拟可以准确地描述复杂的地下地质结构。通过对地震勘探块建模方法的研究,提出了一种新的关于块建模的实用工作流程,研究了Delaunay三角剖分算法,实现了表面结构的几何建模,并保持了几何和拓扑关系,例如地质层位和断层。在曲面结构三角剖分网格的基础上,还研究了曲面相交,细分,缝合,联合输出和3D Delaunay三角剖分的算法,实现了块体几何曲面建模和复杂的地质实体建模,克服了复杂的技术难题结构块建模。

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