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

Display two-dimensional numerical grids in LaTeX.

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.

Modified version of BIotDD with more functions added. Later need to be merged with BiotDD.

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.

Code used to perform the numerical simulations in my PhD Thesis

Multithreaded Poisson Equation solver which uses the mixed finite element method

CEED BP5 implementation for GPU using deal.II

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

Finite elements solver for hydrodynamics equation. Current version is tuned to model river discharge into the sea with sea3d-whole2.unv mesh. Using deal.II for matrix resolutions.

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

Different approaches to impose interface conditions with non matching techniques

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

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

The main site of the Flexodeal library.

Install deal.ii on Fedora Workstation