A unified approach to three-dimensional modeling of the logging process by galvanic and induction probes in anisotropic media

Abstract

The article considers a unified approach to modeling logging probes with both galvanic and induction electric field sources. This approach is based on the properties of the functional spaces used in the finite element method and allows for a single software implementation for various logging methods. As an example of the use of the proposed approach, the logging process in an anisotropic medium with a slope of the main axes of anisotropy is considered.