An open-source simulation tool predicting brain growth and folding. Based on the deal.ii library.

This repository contains code and documentation for solving the cardiac electrophysiology problem using Finite Element methods. It includes implementations in deal.II, mesh generation with gmsh, and visualization using ParaView.

Code used to perform the numerical simulations in my PhD Thesis

C++ based finite element radiation transport code framework I created and contributs to.

A parallel version of deal.II's tutorial step-44. Created for CMPT 851: Parallel Programming for Scientific Computing (USask), Spring 2021.

Mainly a daily chronicle of the lab work, 2263 MEB, UW Madison

Poisson Equation Solver Using The Finite Element Method

Master's Project on Geometric multigrid preconditioners for the Poisson problem using the deal.II FEM library

Install deal.ii on Fedora Workstation

A finite element implementation of the classical Planck-Fokker equation using a discontinuous Galerkin method and adaptive mesh refinement

Implementation of a simulation of Prion spreading inside a human brain mesh using Gmsh, Deal.II Library and Paraview for the visualization of the results

Example codes for learning numerical methods for PDEs using C++ and deal.II (PoliMI course).

Auxiliary functions for dealii such as special tensor operators

Create a Doxygen documentation page from a standard C++ Code file

This is a consolidated repository of the research work and credits at the Department of Mechanical Engineering, University of Wisconsin Madison under Dr. Shiva Rudraraju

Tree view in Atom editor for deal.II parameter files. https://atom.io/packages/dealii-prm-tree

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