Ian Hawke

Some open material relating to the Southampton Numerical Methods course

J2 plasticity in relativity

A toy Python Adaptive Mesh Refinement code

Numerical Relativity introduction (github version)

Material for Einstein Toolkit School in Trento, 2016

No description provided.

Teaching material for the EPSRC Centre for Doctoral Training in "Mathematics for the Future Climate". Primarily for the Numerical Methods course.

No description provided.

Multifluid Electromagneto-HydroDynamics

An introduction to numerical methods for astrophysical hydrodynamics

Example Apparent Horizon finder

Material for the (remote) ICTS workshop on Gravitation Wave Astrophysics

Metals, Magnets, and Miscellaneous Materials: Blog Introduction to Computational Condensed Matter

Toy Adaptive Mesh Refinement code

Illustrating how to solve the Riemann problem for conservation laws

Introduction to Mathematical Computing with Python and Jupyter

No description provided.

Python scripts for analytically solving simple Riemann Problems.

Simple code for time domain simulations of the two-stream instability in relativistic multifluids.

Material for the Photovoltaics CDT training in 2016

A brief and practical introduction to the solution of hyperbolic conservation laws

A simple python-based tutorial on computational methods for hydrodynamics

A workshop for faculty on "Hybrid to online with Jupyter-first course development"

No description provided.

Simple one-dimensional examples of various hydrodynamics techniques

paper repo for Maestro and Castro code papers

Reproducible simulation from images

Potential talk on teaching

Introduction to Python for MSc OR students with VBA background

Training for helpers on the MATH1058 OR with Computing course, Python section