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Course materials for CU Boulder CSCI 5636 Numerical Solution of Partial Differential Equations
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figures
AlgebraicSolvers.ipynb
FD2D.ipynb
FDHighOrder.ipynb
FDTransient.ipynb
FEM.ipynb
FVHyperbolic.ipynb
FiniteDifference.ipynb
Fundamentals.ipynb
LICENSE
Multigrid.ipynb
README.md
Syllabus.md
fdtools.py

README.md

Numerical solution of partial differential equations

Quick info from the Syllabus

CU Boulder: CSCI 5636-001(B) (Fall 2017)

Meeting Time: MWF 9:00-9:50am in ECCR 105

Remote access via Zoom

Gitter discussion forum

https://gitter.im/cucs-numpde/Lobby

Homeworks

Homework 5: due 2017-12-15

Formally announced on 2017-12-06 in FEM.ipynb. Solves a coupled Darcy and thermal advection-diffusion problem on an unstructured grid.

Homework 4: due 2017-11-17

Announced on 2017-11-06 in FVHyperbolic.ipynb. Solves the shallow water equations using different Riemann solvers and monotone reconstruction methods.

Homework 3: due 2017-11-03

Announced on 2017-10-25 in FD2D.ipynb. Solves a nonlinear elliptic equation using Picard and Newton-Krylov methods.

Homework 2: due 2017-10-18

Announced on 2017-10-09 in FDTransient.ipynb. Solves a nonlinear ODE using an adaptive Runge-Kutta method.

Homework 1: due 2017-09-25

Announced on 2017-09-25 in FDHighOrder.ipynb. Solves second order ODE using Chebyshev methods.

Homework 0: due 2017-09-13

Announced on 2017-09-06 in FiniteDifference.ipynb. Experiments with finite difference methods on arbitrarily spaced grids.

News

  • will be announced here