Ferrite.jl — The Complete Guide: Writing Fast Finite-Element Solvers in Julia, Free
Ferrite.jl is an open-source Julia toolbox for writing finite-element solvers. It provides the building blocks — meshes, shape functions, integration and assembly — and leaves you full control of the physics and the material.
Ferrite.jl
Ferrite-FEM community
A Julia toolbox for writing fast finite-element solvers, with tutorials in mechanics, heat and flow.
Get it from the vendorWhat you get
- Compiled-language speed — code that reads like Python and runs at the speed of C.
- Practical tutorials — linear and hyperelastic elasticity, plasticity, heat and flow.
- Full control — your own material models without being tied to closed software.
- Mesh import — working with meshes from Gmsh and other tools.
- MIT licence — free for any use, even in commercial software.
Who it suits
Researchers, graduate students and engineers writing a dedicated solver — for example a new material model. You need to know the Julia language and the finite element method. Installation is one command from the Julia package manager, on any operating system.
Related tools
The language itself — Julia. For a Python alternative — scikit-fem. For building the mesh — Gmsh.
Julia
JuliaLang
A programming language for fast scientific computing — as easy to write as Python, close to C in speed.
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scikit-fem
Tom Gustafsson and contributors
A lightweight Python library for assembling and solving finite-element problems, with few dependencies and many examples.
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Gmsh
Gmsh Project
FEA mesh generator with built-in geometry and scripting — standard infrastructure for open numerical work.
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ParaView
Kitware / Sandia / Los Alamos
Large-scale simulation post-processing — slices, streamlines and animation.
Get it from the vendorThe bottom line
Ferrite.jl is a modern, fast way to write finite elements, for anyone who chose Julia or is willing to learn it.