This repository contains a Python implementation of the finite difference method for simulating 2D seismic wave propagation. It includes examples and tutorials for getting started.
This course covers the application of numerical methods, including the finite difference method, to solve problems in seismology. Lecture notes and assignments are available for download.
This article reviews the finite difference method for simulating seismic wave propagation in 2D and 3D media. It discusses the advantages and limitations of the method and provides examples of its application.
This video tutorial demonstrates how to implement the finite difference method for simulating 2D seismic wave propagation in Python. It covers the basics of the method and provides example code.
This article presents a finite difference method for solving the 2D seismic wave equation. It discusses the numerical implementation and provides examples of its application to real-world problems.
SeisPy is an open-source Python package for seismic data analysis. It includes tools for simulating seismic wave propagation using the finite difference method and provides examples and tutorials for getting started.
This article presents a numerical simulation of seismic waves using the finite difference method. It discusses the implementation details and provides examples of its application to real-world problems.
This report provides an overview of finite difference methods for seismology, including their application to simulating seismic wave propagation. It discusses the advantages and limitations of the methods and provides examples of their use.