The 3MAH set brings together three complementary tools: Simcoon, a C++ library with Python bindings for constitutive modeling and multiphysics simulation; fedOO, a Python Finite Element solver with emphasis on model reduction, non-linear analysis and homogenization; and Microgen, a Python library for microstructure generation and meshing. Together, they provide a complete workflow from CAD to simulation for mechanics of materials research.
Constitutive Models
Develop your own constitutive model or use one of the many out-of-the-box models: isotropic/anisotropic elasticity, plasticity with isotropic, kinematic or Chaboche hardening, and hyperelasticity.
Homogenization
Obtain effective properties of composites using Mori-Tanaka or self-consistent micromechanics schemes, and study the effect of volume fraction and inclusion shape.
Identification
Analyse directional stiffness and effective material properties, and set up parameter identification workflows.
Architectured materials
Get the most out of Architectured materials. Apply periodic boundary conditions to obtain effective properties and non-linear response to loading conditions you define.
Parameter identification
Set up a parameter identification workflow, using gradient-based or genetic algorithms.