Examples
Below are examples illustrating Simcoon’s main features. These examples are designed to serve as tutorials. In that sense, an effort is made to keep the scripts simple and executable with a low computational cost.
Analysis and processing examples
Below are examples illustrating Simcoon’s capabilities for simulating mechanical and thermomechanical responses and post-processing results.
Continuum Mechanics Examples
Below are examples illustrating Simcoon’s main features. These examples are designed to serve as tutorials. In that sense, an effort is made to keep the scripts simple and executable with a low computational cost.
This gallery contains examples demonstrating:
Constitutive relations - Building stiffness and compliance tensors for various material symmetries
Stress measures - Converting between different stress measures (Cauchy, PK1, PK2, etc.)
Rotation operations - Rotating tensors and vectors
Yield criteria - von Mises, Tresca, Drucker, and Hill anisotropic criteria
Heterogeneous materials simulation
Below are examples illustrating Simcoon’s capabilities for simulating heterogeneous materials.
This gallery contains examples demonstrating:
Eshelby tensors - Computing Eshelby and Hill interaction tensors for various inclusion shapes
Micromechanics - Effective properties using Mori-Tanaka and self-consistent schemes, effect of volume fraction and aspect ratio
Hyperelasticity
Below are examples illustrating Simcoon’s capabilities for simulating materials exhibiting hyperelasticity.
Constitutive Laws Examples
Below are examples illustrating Simcoon’s constitutive laws library.
This gallery contains examples demonstrating the following material models:
Elastic Models:
ELISO - Isotropic elasticity
ELIST - Transversely isotropic elasticity
ELORT - Orthotropic elasticity
Plasticity Models:
EPICP - Plasticity with isotropic hardening (power-law)
EPKCP - Plasticity with combined isotropic and kinematic hardening
EPCHA - Plasticity with Chaboche hardening (cyclic plasticity)
Plasticity with Isotropic and Kinematic Hardening Example