Computational Geodynamics Primer

Introduction
Details
Slides

Part I: Mathematical Fundamentals
Mathematical Fundamentals

Preface
- Computational Geodynamics Primer
Part I: Mathematical Fundamentals
- Mathematical Fundamentals
Part II: Fluid Dynamics
- Fluid Dynamics
- Steady Inviscid Flows
Part III: Geodynamics
- Geodynamics Applications
Part IV: Numerical Methods
- Numerical Methods
Part V: Computational Exercises
- Computational Exercises
- Benchmark Problems: Analytical Solutions for Viscous Flows
Draft: Geodynamics
Draft: Computational Methods
References
- Summary
- References
Contributing
Appendices

Other Links

Github Repository

Part I: Mathematical Fundamentals
Mathematical Fundamentals

Mathematical Fundamentals

Content to be added from migration

This part will cover: - Conservation laws - Tensor notation - Vector calculus - Coordinate systems

Computational Geodynamics Primer