Okada Model Inversion Implementation

MATLAB 2.91M 227 views 1 downloads 1 credits
Tags:

Resource Overview

Inversion is a crucial technique in seismic exploration. This code implements Okada model inversion, which is extremely valuable for geophysical prospectors as it enables precise subsurface deformation analysis through robust mathematical modeling.

Detailed Documentation

In seismic exploration, inversion serves as a fundamental technique that enables geophysicists to better understand subsurface material properties and distribution. This code implements Okada model inversion, a mathematical model widely applied in seismic exploration for simulating fault-induced deformations. The implementation includes key functions for calculating displacement and strain fields based on elastic half-space theory, utilizing parameters such as fault geometry, slip distribution, and elastic constants. Through this model, geophysicists can accurately compute subsurface movements and deformations, making this code an essential tool for seismic exploration professionals. The algorithm efficiently handles matrix operations and Green's function calculations to deliver reliable inversion results.

You May Also Like