Polarization Mathematic Simulation Library
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Updated
Nov 18, 2022 - Python
Polarization Mathematic Simulation Library
Notebooks, scripts and examples developed and maintained by the Underworld team.
Solvers for Stokes-type equations and saddle-point problems for scientific machine learning (SciML)
FEM for parabolic and mixed problems
Active repo can be found at GitLab:
A loose grab-bag of python scripts I've used to help deal with KML files and other mapping-related shenanigans
FreeCAD FEM examples using Elmer as backend
A matlab implementation of the marker and cell scheme for finite differences. It is used in this case to solve the 2d stationary stokes problem.
Fortran codes for operation of radial gradient numerical integral on gravity field element
Fortran codes for Molodensky boundary value correction to Stokes on arbitrary shape surface
This CUDA code solves for steady Stokes flow for a channel of width one, length one, and with a pressure drop of magnitude P between the inlet and the outlet.
Fortran codes for height anomaly computation on or outside geoid using Stokes/Hotine numerical integral
Stokes prediction and algorithm optimization with Mathematica
Calculates sinking velocity of particles in water.
Stocked is a simple platform that allows users to track companies stokes and have a very fluid and user-friendly display of info.
Stokes flow in doubly periodic, partially or fully confined geometries.
Project for CSE II: Discretization at Skoltech, 2018
C++ programs that solve, adaptively, the Stokes equations in 2D, using block preconditioners and exploiting MPI parallelisation. Time marching using ARKODE wrappers is still ongoing
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