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nodepy
Analysis of initial value ODE solversHyperPython
A brief and practical introduction to the solution of hyperbolic conservation lawsfinite-difference-course
Material for a course on finite difference methods for differential equations.PseudoSpectralPython
A short course in pseudospectral collocation methods for wave equations, with implementations in Python.RK-Opt
A package for the design of numerical ODE solversnumerical_linear_algebra_notebooks
IPython notebooks with supplementary material to accompany the textbook by Trefethen & Bau.teaching-numerics-with-notebooks
Teaching numerical methods with IPython notebooks: a tutorial prepared for Scipy 2014numipedia
An encyclopedia of numerical integrators. Experimental.tex2_rst_html
Convert latex and bibtex to restructured text.AMCS-252-2023
DEML
Material for a course on differential equations in machine learningRRK_rr
Reproducibility for paper on relaxation RK methods and inner-product norms.sage2ipython
Simple conversion of SAGE worksheets to IPython notebooks.scinet
Simple Python tools for analyzing scientific collaboration networksAMCS-394D-2023
Materials for a course on nonlinear wavesAMCS-252-2021
circular_hydraulic_jump
Simulations of a circular hydraulic jump arising from a jet.griddle
Tools for data on structured gridsAMCS252-2014
Materials for KAUST AMCS 252 students (Spring 2014)AMCS-252-2024
Course on numerical methods for differential equationsAMCS-333-2024
Course on hyperbolic conservation laws and numerical methodsoptimized-erk-sd-rr
Reproducibility repository for the paper "Optimized explicit Runge-Kutta schemes for the spectral difference method applied to wave propagation problems"; see http://dx.doi.org/10.1137/120885899.BSeries
AMCS-252-2022
Course materials for KAUST AMCS 252 (Spring 2022)conservation-laws-course-2019
Materials for AMCS 333 in Spring 2019 (KAUST)SIR-control-code
AMCS-252-2020
Resources for the KAUST course AMCS 252 (numerical methods for differential equations)covid-blog-posts
A series of blog posts about modeling the COVID-19 epidemic using the SIR modelrunge-kutta-order-conditions
Expository notes on the derivation of order conditions for Runge-Kutta and related methods, originally developed in 2008-2011.implicit-advection-positivity
Positivity of some implicit discretizations of the advection equationpositiveRK
AMCS-333-2022
Positive_RK_Reproducibility
Code to reproduce examples from paper on positivity-preserving adaptive Runge-Kutta methodshigh_order_RK_RR
Code for reproducing experiments in http://arxiv.org/abs/1305.6165shallow_water_bathymetry_effective_medium_RR
Code to reproduce figures from the paper "An effective medium equation for weakly nonlinear shallow water waves over periodic bathymetry"Love Open Source and this site? Check out how you can help us