Nonlinear & Contact Analysis
- Surface-to-surface and self-contact
- Frictional and frictionless interfaces
- Geometric and material nonlinearity
FEACORE CONSULTING
Critical questions.
Engineering answers.
- Understand failure
- Compare designs
- Verify performance
Polymers & Viscoelasticity
- Elastic, hyperelastic and elastoplastic response
- Prony-series and fractional viscoelastic models
- Creep and relaxation simulation
Fracture & Damage Mechanics
- Stress-intensity and energy-release concepts
- Cohesive-zone modelling
- Phase-field fracture
Composites & Structures
- Layered shell and solid idealisation
- Orthotropic material definition
- Ply-level stress and failure indices
Simulation Automation
- Python-driven pre- and post-processing
- Parametric model generation
- Mesh-quality and input validation
Verification & model review
- Equilibrium and unit checks
- Mesh and assumption sensitivity
- Test or analytical comparison
Concept illustrations represent analysis scope, not measured project results. The beam benchmark includes computed data.
CONTACT FEACORE
Discuss your project
Tell us what needs to work, what could fail and what evidence you have.
- Project scope and technical questions
- Independent analysis or model review
- Research and professional collaboration
Non-confidential information only. You can request an NDA before sharing files.