AI-native open-source finite-element platform connecting engineering, computation, data, and AI.
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Updated
Nov 7, 2026 - Python
AI-native open-source finite-element platform connecting engineering, computation, data, and AI.
Python research framework for finite-strain biomechanics, growth and remodeling, constituent turnover, and constrained-mixture modeling of soft tissues, with a verified NumPy–DOLFINx/MPI backend workflow
Reproducible linear-elastic FEA (Finite Element Analysis) workflows from natural-language prompts for beams, plates, and engineering benchmark cases.
RANS k-omega and k-omega SST turbulence solver for incompressible flow in DOLFINx/FEniCSx 0.10+, validated on turbulent channel flow.
Code and data for: Fast computational screening of extrusion parameters for bioprinting of skeletal myoblasts in alginate hydrogel
Devilishly fun finite element fluid simulation 😈
Two-scale FE² for hyperelastic periodic microstructures in DOLFINx: first-order and micromorphic homogenization, POD + ECM hyper-reduction, post-buckling
Continuous-Time Galerkin (CTG) space-time finite element method (FEM) for deterministic and stochastic wave equations.
FEniCSx for Windows (FEATool Multiphysics)
DOLFINx implementation of the first PFHub benchmark problem
FEniCSx/DOLFINx manufactured-solution mini-project for Poisson and heat equations, with FEM convergence tests and GitHub Actions reproduction.
Apples-to-apples accuracy comparison of NVIDIA Newton's soft-body solvers (XPBD / VBD / SemiImplicit, on Warp/CUDA) vs. an implicit FEniCSx/dolfinx FEM reference and closed-form analytic solutions — same mesh, material and gravity, only the solver differs. Colab-ready.
FEniCSx dataset generator for transient heat transfer with a moving heat source (line heating / welding)
Curso autoguiado, reproducible y verificable de FEniCSx/DOLFINx en español
Introduction to FEniCS: seminar at DCN-AvH, Seminarraum, 27 April and 4 May 2026. Slides, numerical examples, and scientific animations.
CT-informed biomechanical simulation of mesothelioma tumour growth with the finite element method (DolfinX, GMSH).
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