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pulse

  • pulse
  • Cardiac Mechanics
    • Kinematics
    • Balance laws and transformations
    • Hyperelasticity
    • Incompressibility
    • Boundary Conditions
    • Force-balance equation
    • Constitutive relations
    • Implementation details
  • Demos
    • Cardiac mechanics Benchmark - Problem 1
    • Cardiac mechanics Benchmark - Problem 2
    • Cardiac mechanics Benchmark - Problem 3
    • Biaxial stress test
    • Compressible model
    • Compute stress and strain
    • Custom geometry
    • Custom material
    • From XML data
    • Klotz curve
    • Optimal controls
    • Rigid motion
    • Shear experiment
    • Simple ellipsoid
    • Contracting cube
    • Finding the unloaded geometry
  • pulse package
    • pulse.example_meshes package
    • pulse.material package
  • pulse
    • pulse package
      • pulse.example_meshes package
      • pulse.material package
Computational Physiology at Simula

pulse

pulseΒΆ

  • pulse package
    • Subpackages
      • pulse.example_meshes package
        • Module contents
      • pulse.material package
        • Submodules
        • pulse.material.active_model module
        • pulse.material.guccione module
        • pulse.material.holzapfelogden module
        • pulse.material.linearelastic module
        • pulse.material.material_model module
        • pulse.material.neohookean module
        • pulse.material.stvenantkirchhoff module
        • Module contents
    • Submodules
    • pulse.dolfin_utils module
    • pulse.geometry module
    • pulse.geometry_utils module
    • pulse.io_utils module
    • pulse.iterate module
    • pulse.kinematics module
    • pulse.mechanicsproblem module
    • pulse.numpy_mpi module
    • pulse.solver module
    • pulse.unloader module
    • pulse.unloading_utils module
    • pulse.utils module
    • Module contents

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pulse.material package

By Henrik Finsberg
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