Contributing to the Computational Geodynamics Primer

We welcome contributions to this book! This primer aims to provide a comprehensive introduction to computational geodynamics, covering both the theoretical foundations and practical computational methods.

Scope and Objectives

This book is designed to:

  • Provide a solid mathematical foundation for understanding geodynamic processes
  • Introduce numerical methods commonly used in computational geodynamics
  • Bridge the gap between theory and practical implementation
  • Include hands-on computational exercises using modern tools

Target Audience

  • Graduate students in geophysics, geodynamics, and related fields
  • Researchers transitioning to computational geodynamics
  • Advanced undergraduates with strong mathematics and physics backgrounds

Topics Needed

We are actively seeking contributions in the following areas:

Mathematical Foundations

  • Advanced tensor calculus for continuum mechanics
  • Variational principles in geodynamics
  • Asymptotic analysis and perturbation methods

Fluid Dynamics

  • Turbulence and transition in geophysical flows
  • Multi-phase flow in geological systems
  • Reactive flow and chemical transport

Geodynamics Applications

  • Subduction zone dynamics
  • Mid-ocean ridge processes
  • Continental deformation and orogenesis
  • Core dynamics and geodynamo theory
  • Planetary geodynamics

Numerical Methods

  • Advanced finite element methods (mixed formulations, stabilization)
  • Spectral methods for geodynamic problems
  • Particle-based methods (SPH, MPM)
  • Adaptive mesh refinement strategies
  • Parallel computing and scalability

Computational Exercises

  • Python implementations of basic algorithms
  • Jupyter notebooks with interactive examples
  • Benchmarking exercises
  • Real-world case studies

Style Guide

Please see the Style Guide for formatting conventions and best practices.

How to Contribute

  1. Fork the repository on GitHub
  2. Create a new branch for your contribution
  3. Write your content following the style guide
  4. Test the build locally using quarto preview WebBook
  5. Submit a pull request with a clear description of your contribution

Questions?

If you have questions about contributing, please open an issue on the GitHub repository or contact the maintainers.