Simulation of soft tissues using an innovative non-conforming Finite Element Method (PhiFEM).

A personal repository to store reduced basis codes on RBniCS

Collaboration with Cristhian Montoya and student David Bolivar

Implementation of a generalised von Kármán model for multilayered plates

Systematic design of planar metamaterials whose elastic behavior is orthotropic in volumetric response while remaining isotropic in deviatoric elasticity

backward_step, a FreeFem++ code which solves the backward step benchmark problem for Navier Stokes flow.

A Javascript-like and Java-like programming language written in Rust

DAG provides a reproducible computational environment for FEM simulation, parameter exploration, and optimization workflows, designed for research and engineering prototyping.

A scalable domain decomposition-based architecture for propagating uncertainty through 2D and 3D PDE models.

Legacy FEniCS with Singularity

3D full-field magnetomechanical homogenization fenics code: finite strains, viscosity, incompressibility and mixed stress/flux controlled

Very simple implementation of a Saint-Venant-Kirchhoff SOFA force field using FEniCS C code generation

Complex constitutive models beyond the FEniCS UFL.

Simulating acousto-optic phenomena in optical waveguides in presence of external mechanical load.

Comprehensive computational framework for REBCO HTS coils and plasma physics applications. Features validated 7.07T superconducting magnet designs, Lentz soliton simulation with interferometric detection, high-beta plasma confinement analysis, and multi-physics FEA integration. Open-source Python implementation with interactive Jupyter notebooks.

Code for solving the Electro-poro-elasticity equations

Adapter for Pyvista for arbitrary order (discontinuous) Lagrange with Legacy Dolfin.

Finite element modeling for linear elasticity problem in 3D by using FEniCS software

This FEniCS script implements a mixed finite element method to simulate the time-dependent Navier-Stokes equations on a unit square mesh with boundary conditions for a lid-driven cavity flow.

Design tools for architected shells, based on FEniCS and fenics-optimize.