Abstract

Geomechanics is a complex discipline that covers issues of geology, geophysics, petrophysics, mechanics, etc. Building a digital geomechanical model should start with data collection and compilation. This stage lays the foundations for all subsequent work. The basis for the geomechanical model is a special GIS complex, which must include DTP, DTS, RHOB, CALI, and GR. A case study of a deposit in the Krasnoleninskii Arch offers a solution to the problem of reconstructing the slowness of P- and S-waves, as well as the bulk density, based on various approaches.

中文翻译：

---

用于地球力学建模的GIS数据的岩石物理准备：以克拉斯诺列宁斯基拱形矿床（西西伯利亚）为例

摘要

地质力学是一门复杂的学科，涉及地质，地球物理学，岩石物理学，力学等问题。建立数字地质力学模型应从数据收集和编译开始。此阶段为所有后续工作奠定了基础。地质力学模型的基础是一个特殊的GIS系统，它必须包括DTP，DTS，RHOB，CALI和GR。以克拉斯诺列宁斯基拱门中的沉积物为例，为解决基于各种方法重建P波和S波的慢度以及体积密度的问题提供了解决方案。