Welcome to TMDSimPy’s documentation!

TMDSimPy (Tribomechadynamics Simulations for Python) is a Pyton library for solving for various tribomechadynamics problems. Such problems can include nonlinear vibration, contact, and friction.

Indices and tables

• Index

• Module Index

• Search Page

Contents

• Usage
  • Installation
  • Citation
  • General Use Case
  • Abbreviations
  • Conventions and Common Variables
• api
  • tmdsimpy
    • Notes
    • References
    • tmdsimpy.Continuation
      • Continuation
    • tmdsimpy.NonlinearSolver
      • NonlinearSolver
    • tmdsimpy.VibrationSystem
      • VibrationSystem
    • tmdsimpy.utils
      • tmdsimpy.utils.continuation
      • tmdsimpy.utils.harmonic
    • tmdsimpy.jax
      • tmdsimpy.jax.NonlinearSolverOMP
      • tmdsimpy.jax.harmonic_utils
      • tmdsimpy.jax.nlforces
    • tmdsimpy.nlforces
      • See Also
      • tmdsimpy.nlforces.NonlinearForce
      • tmdsimpy.nlforces.InstantaneousForce
      • tmdsimpy.nlforces.HystereticForce
      • tmdsimpy.nlforces.ConservativeIwanBB
      • tmdsimpy.nlforces.CubicDamping
      • tmdsimpy.nlforces.CubicForce
      • tmdsimpy.nlforces.GenPolyForce
      • tmdsimpy.nlforces.Iwan4Force
      • tmdsimpy.nlforces.JenkinsForce
      • tmdsimpy.nlforces.QuinticForce
      • tmdsimpy.nlforces.UnilateralSpring
      • tmdsimpy.nlforces.VectorIwan4
      • tmdsimpy.nlforces.VectorJenkins
    • tmdsimpy.postprocess
      • tmdsimpy.postprocess.harmonic
      • tmdsimpy.postprocess.continuation
      • tmdsimpy.postprocess.shooting
    • tmdsimpy.roms
      • tmdsimpy.roms.vprnm
      • tmdsimpy.roms.epmc