Contents Menu Expand Light mode Dark mode Auto light/dark, in light mode Auto light/dark, in dark mode Skip to content
Ratel 0.4.0 documentation
Logo
Ratel 0.4.0 documentation

Contents

  • Getting Started
  • Example Applications
  • Using Ratel
  • API Documentation
    • Core Ratel Functions
    • Numerical Solvers
    • Material Models
    • Boundary Conditions
    • Internal Functions
  • Theory Guide
    • Continuum Mechanics
      • General motions
      • Strain and stress
      • Balance laws
    • Modeling
      • Elasticity (linear and non-linear)
        • Linear elastic
        • Hyperelastic
        • Generic weak form (single fields)
      • Mixed Elasticity (linear and non-linear)
        • Linear elastic
        • Hyperelastic
        • Lagrange method
        • Generic weak form (mixed fields)
      • Elastostatics vs. Elastodynamics
      • Inelasticity (damage, plasticity)
        • Damage
        • Elastoplasticity & Viscoelasticity
      • Poromechanics
        • Linear theory (Biot theory)
        • Finite-strain theory
      • Material Point Method
      • Boundary Conditions
        • Rigid Contact
        • Friction Models
        • Pressure
  • Contributing
  • Code of Conduct
  • Developer Notes
  • Release Notes
Back to top
View this page

Boundary conditionsΒΆ

In this section, we give the theory and implementation details for the more involved boundary condition types.

  • Rigid Contact
    • Formulation
    • Shapes
  • Friction Models
    • Static Friction Models
    • Newton linearization
    • Dynamic Friction Models
  • Pressure
Next
Contact Boundary Conditions
Previous
Material point method
Copyright © 2025, University of Colorado, LLNS, and other authors
Made with Sphinx and @pradyunsg's Furo