Adhesion package

Subpackages

• Adhesion.CommandLineInterface package
  • Submodules
  • Adhesion.CommandLineInterface.SoftWall module
    • main()
  • Module contents
• Adhesion.Interactions package
  • Submodules
  • Adhesion.Interactions.Base module
    • Dugdale
      • Dugdale.evaluate()
      • Dugdale.length
      • Dugdale.stress
    • HardWall
      • HardWall.compute()
    • Interaction
    • SoftWall
      • SoftWall.evaluate()
      • SoftWall.plot()
  • Adhesion.Interactions.Coulomb module
    • Coulomb
      • Coulomb.evaluate()
      • Coulomb.name
      • Coulomb.r_infl
      • Coulomb.r_min
  • Adhesion.Interactions.Cutoff module
    • CutoffPotential
      • CutoffPotential.evaluate()
      • CutoffPotential.has_cutoff
      • CutoffPotential.r_infl
      • CutoffPotential.r_min
    • LinearCorePotential
      • LinearCorePotential.evaluate()
      • LinearCorePotential.r_infl
      • LinearCorePotential.r_min
    • ParabolicCutoffPotential
      • ParabolicCutoffPotential.evaluate()
      • ParabolicCutoffPotential.has_cutoff
      • ParabolicCutoffPotential.r_infl
      • ParabolicCutoffPotential.r_min
  • Adhesion.Interactions.Exponential module
    • Exponential
      • Exponential.evaluate()
      • Exponential.max_tensile
      • Exponential.name
      • Exponential.r_infl
      • Exponential.r_min
    • Morse
      • Morse.name
    • RepulsiveExponential
      • RepulsiveExponential.evaluate()
      • RepulsiveExponential.name
      • RepulsiveExponential.r_infl
      • RepulsiveExponential.r_min
  • Adhesion.Interactions.Harmonic module
    • Harmonic
      • Harmonic.evaluate()
      • Harmonic.name
      • Harmonic.r_infl
      • Harmonic.r_min
  • Adhesion.Interactions.LJ93 module
    • LJ93
      • LJ93.evaluate()
      • LJ93.name
      • LJ93.r_infl
      • LJ93.r_min
  • Adhesion.Interactions.Potential module
    • DecoratedPotential
      • DecoratedPotential.pipeline()
    • Potential
      • Potential.PotentialError
      • Potential.SliceableNone
      • Potential.evaluate()
      • Potential.has_cutoff
      • Potential.max_tensile
      • Potential.name
      • Potential.pipeline()
      • Potential.r_infl
      • Potential.r_min
      • Potential.register_function()
      • Potential.v_min
  • Adhesion.Interactions.PowerLaw module
    • PowerLaw
      • PowerLaw.evaluate()
      • PowerLaw.has_cutoff
      • PowerLaw.max_tensile
      • PowerLaw.name
      • PowerLaw.r_infl
      • PowerLaw.r_min
  • Adhesion.Interactions.SmoothPotential module
    • SmoothPotential
      • SmoothPotential.evaluate()
      • SmoothPotential.get_r_infl_spline()
      • SmoothPotential.r_infl
      • SmoothPotential.r_min
  • Adhesion.Interactions.VdW82 module
    • Lj82()
    • VDW82
      • VDW82.evaluate()
      • VDW82.name
      • VDW82.r_infl
      • VDW82.r_min
  • Module contents
• Adhesion.ReferenceSolutions package
  • Subpackages
    • Adhesion.ReferenceSolutions.sinewave package
      • Submodules
      • Adhesion.ReferenceSolutions.sinewave.JKR module
      • Module contents
  • Submodules
  • Adhesion.ReferenceSolutions.BaneyHui module
    • fm()
    • load()
    • maugis_parameter()
  • Adhesion.ReferenceSolutions.DMT module
    • radius_and_pressure()
    • surface_displacements()
    • surface_stress()
  • Adhesion.ReferenceSolutions.JKR module
    • Physical quantities:
    • Nondimensional units
      • Function reference:
    • contact_radius()
    • deformed_profile()
    • displacement_field()
    • elastic_energy()
    • elastic_energy_release_rate()
    • equilibrium_elastic_energy()
    • force()
    • height_unit()
    • load_unit()
    • peak_pressure()
    • penetration()
    • radius_unit()
    • stress_distribution()
    • stress_intensity_factor()
  • Adhesion.ReferenceSolutions.MaugisDugdale module
    • afindroot()
    • fm()
    • load_and_displacement()
    • maugis_parameter()
  • Adhesion.ReferenceSolutions.PastewkaRobbins module
    • fm()
    • load()
    • maugis_parameter()
  • Module contents
• Adhesion.System package
  • Submodules
  • Adhesion.System.Factory module
    • make_contact_system()
    • make_system()
  • Adhesion.System.PlasticSystemSpecialisations module
    • PlasticSmoothContactSystem
      • PlasticSmoothContactSystem.handles()
      • PlasticSmoothContactSystem.minimize_proxy()
  • Adhesion.System.SmoothSystemSpecialisations module
    • BndSet
      • BndSet.large
      • BndSet.small
    • FastSmoothContactSystem
      • FastSmoothContactSystem.BabushkaBoundaryError
      • FastSmoothContactSystem.FreeBoundaryError
      • FastSmoothContactSystem.callback()
      • FastSmoothContactSystem.check_margins()
      • FastSmoothContactSystem.check_margins_babushka()
      • FastSmoothContactSystem.compute_babushka_bounds()
      • FastSmoothContactSystem.compute_normal_force()
      • FastSmoothContactSystem.create_babushka()
      • FastSmoothContactSystem.deproxified()
      • FastSmoothContactSystem.evaluate()
      • FastSmoothContactSystem.handles()
      • FastSmoothContactSystem.minimize_proxy()
      • FastSmoothContactSystem.objective()
      • FastSmoothContactSystem.shape_minimisation_input()
  • Adhesion.System.Systems module
    • BoundedSmoothContactSystem
      • BoundedSmoothContactSystem.compute_attractive_coordinates()
      • BoundedSmoothContactSystem.compute_attractive_force()
      • BoundedSmoothContactSystem.compute_nb_attractive_pts()
      • BoundedSmoothContactSystem.compute_nb_contact_pts()
      • BoundedSmoothContactSystem.compute_nb_repulsive_pts()
      • BoundedSmoothContactSystem.compute_normal_force()
      • BoundedSmoothContactSystem.compute_repulsive_coordinates()
      • BoundedSmoothContactSystem.compute_repulsive_force()
      • BoundedSmoothContactSystem.contact_zone
      • BoundedSmoothContactSystem.handles()
      • BoundedSmoothContactSystem.logger_input()
      • BoundedSmoothContactSystem.minimize_proxy()
    • SmoothContactSystem
      • SmoothContactSystem.callback()
      • SmoothContactSystem.compute_attractive_contact_area()
      • SmoothContactSystem.compute_attractive_coordinates()
      • SmoothContactSystem.compute_attractive_force()
      • SmoothContactSystem.compute_mean_gap()
      • SmoothContactSystem.compute_nb_attractive_pts()
      • SmoothContactSystem.compute_nb_contact_pts()
      • SmoothContactSystem.compute_nb_repulsive_pts()
      • SmoothContactSystem.compute_normal_force()
      • SmoothContactSystem.compute_repulsive_contact_area()
      • SmoothContactSystem.compute_repulsive_coordinates()
      • SmoothContactSystem.compute_repulsive_force()
      • SmoothContactSystem.evaluate()
      • SmoothContactSystem.evaluate_k()
      • SmoothContactSystem.handles()
      • SmoothContactSystem.hessian_product_function()
      • SmoothContactSystem.logger_input()
      • SmoothContactSystem.nb_grid_pts
      • SmoothContactSystem.objective()
      • SmoothContactSystem.objective_k_float()
      • SmoothContactSystem.preconditioned_objective()
      • SmoothContactSystem.primal_evaluate()
      • SmoothContactSystem.primal_hessian_product()
      • SmoothContactSystem.primal_objective()
  • Module contents

Submodules

Adhesion.DiscoverVersion module

exception Adhesion.DiscoverVersion.CannotDiscoverVersion

Bases: Exception

Adhesion.DiscoverVersion.get_version_from_git()

Discover version from git repository.

Module contents

Defines all interaction modes used in Adhesion