The Codes

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  Moose

  A multiphysics finite element object oriented simulation environment written in C++.

  

  Fe-Cr Phase Decomposition  |  Cahn-Hilliard  |  Grain Growth  |  Nucleation

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  FEniCS

  The FEniCS Project is a collection of free software with an extensive list of features for automated, efficient solution of differential equations written in C++

  

  Cahn-Hilliard

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  FiPy

  A finite volume PDE solver written in Python.

  

  Cahn-Hilliard  |  Quaternary  |  Anisotropy  |  Polycrystal

  Hackathon repo  |  Automated Benchmark 1

• code

  MMSP

  Provides a simple, consistent, and extensible programming interface for all grid and mesh based microstructure evolution methods written in C++.

  

  Cahn-Hilliard  |  Ostwald Ripening  |  Anisotropy  |  Grain growth

  Hackathon repo  |  Automated Benchmark 1

• code

  PRISMS-PF

  A finite element code implementing various phase field and coupled mechanics problems built on top of deal.II.

  

  Cahn-Hilliard  |  Regularized Anisotropy  |  Precipitation (WBM)  |  Precipitation (KKS)

  CHiMaD Benchmark 1a  |  CHiMaD Benchmark 2a

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  OpenPhase

  An open-source software library for phase-field simulation of microstructure formation in multi-phase multi-component materials written in object oriented C++.

  

  Single Grain Growth  |  Normal Grain Growth  |  Elasticity  |  Dendritic Growth

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  Sfepy

  SfePy is a software for solving systems of coupled partial differential equations (PDEs) by the finite element method in 1D, 2D and 3D.

  

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  SymPhas

  SymPhas generates solutions to phase-field problems based on compile-time formulated symbolic algebra definitions of phase-field equations. Supports any phase-field, phase-field crystal or reaction-diffusion problem in 1-, 2- or 3-dimensions and multiple numerical methods (semi-implicit spectral and finite difference).

  

  Cahn-Hilliard  |  Allen-Cahn  |  Phase-Field Crystal  |  Eutectic Growth

• code

  AMPE

  Adaptive Mesh Phase-field Evolution

  

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  Alamo Multiphysics

  AMReX-based phase field code for simulating microstructure evolution, topology optimization, solid rocket propellant, dendrite growth, etc. Couples to the multi-level multigrid solver for quasistatic or dynamic mechanical response. Can run in two or three dimensions and supports a wide variety of input methods, ranging from PNG to mathematical expressions.

  

  Polycrystalline microstructure evolution with elasticity  |  Topology optimization  |  Deflagration of solid rocket propellant  |  Damage mechanics  |  Finite kinematics  |  Current list of all examples