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pyfe3d 0.12.0 documentation

  • Overview and workflow
  • How the documentation is organised
  • Conventions
  • Choosing an element
  • Shell and beam properties
    • Cross-sectional analysis of beams
    • Linear static analyses
    • Inertia relief
    • Non-linear static analyses
    • Linear buckling and natural frequencies
    • Linear static analysis of a plate
    • Linear static analysis of beams and frames
    • Linear buckling analysis of a plate
    • Linear buckling analysis of a column
    • Linear buckling analysis of a cylinder under torsion
    • Natural frequency analysis of a plate
    • Natural frequency analysis of a cylinder
    • Non-linear static analysis with pyfe3d.solver
    • Tutorials
    • API reference
    • Installation and building
    • Repository structure
    • Changelog
  • Overview and workflow
  • How the documentation is organised
  • Conventions
  • Choosing an element
  • Shell and beam properties
  • Cross-sectional analysis of beams
  • Linear static analyses
  • Inertia relief
  • Non-linear static analyses
  • Linear buckling and natural frequencies
  • Linear static analysis of a plate
  • Linear static analysis of beams and frames
  • Linear buckling analysis of a plate
  • Linear buckling analysis of a column
  • Linear buckling analysis of a cylinder under torsion
  • Natural frequency analysis of a plate
  • Natural frequency analysis of a cylinder
  • Non-linear static analysis with pyfe3d.solver
  • Tutorials
  • API reference
  • Installation and building
  • Repository structure
  • Changelog

Section Navigation

  • Finite elements
    • Quad4 - Quadrilateral element with mixed integration (pyfe3d.quad4)
    • Quad4R - Quadrilateral element with reduced integration (pyfe3d.quad4r)
    • Tria3DSG - Triangular element with discrete shear gap (pyfe3d.tria3dsg)
    • Tria3R - Triangular element with reduced integration (pyfe3d.tria3r)
    • BeamC - Consistent Timoshenko 3D beam element (pyfe3d.beamc)
    • BeamLR - Linear Timoshenko 3D beam element with reduced integration (pyfe3d.beamlr)
    • Spring - 3D spring element with constant stiffnesses (pyfe3d.spring)
    • Truss - Linear truss 3D element with analytical integration (pyfe3d.truss)
  • Properties
    • Shell property module (pyfe3d.shellprop)
    • Shell property utils module (pyfe3d.shellprop_utils)
    • Beam property module (pyfe3d.beamprop)
    • Variational asymptotic sectional analysis (pyfe3d.vabs)
  • Co-rotational kinematics, EICR (pyfe3d.corotational)
  • Solvers (pyfe3d.solver)
  • Linear static solution (pyfe3d.solver.static)
  • Static analysis with inertia relief (pyfe3d.solver.inertia_relief)
  • Static analyses of a model given by callables (pyfe3d.solver.analysis)
  • Convergence criteria of the non-linear solvers (pyfe3d.solver.convergence)
  • Newton-Raphson solver (pyfe3d.solver.newton_raphson)
  • Arc-length solvers (pyfe3d.solver.arc_length)
  • Calls to the callables of the non-linear solvers (pyfe3d.solver.callbacks)
  • Eigenvalue analyses (pyfe3d.solver.eigen)
  • Utilities for ARPACK, against the Intel MKL bug of dsteqr (pyfe3d.solver.arpackutils)
  • Utilities for sparse matrices (pyfe3d.solver.sparseutils)
  • Log messages of the solvers (pyfe3d.solver.logger)
  • API reference
  • Properties

Properties#

The shell and beam properties, see Shell and beam properties, and the cross-sectional analysis of beams, see Cross-sectional analysis of beams.

  • Shell property module (pyfe3d.shellprop)
  • GradABD
  • Lamina
  • LaminationParameters
  • MatLamina
  • ShellProp
  • make_balanced_LP()
  • make_orthotropic_LP()
  • make_symmetric_LP()
  • shellprop_from_LaminationParameters()
  • shellprop_from_lamination_parameters()
  • Shell property utils module (pyfe3d.shellprop_utils)
  • isotropic_plate()
  • laminated_plate()
  • read_laminaprop()
  • Beam property module (pyfe3d.beamprop)
  • BeamProp
  • Variational asymptotic sectional analysis (pyfe3d.vabs)
  • CrossSection
  • beamprop_from_vabs()
  • classical_from_timoshenko()
  • isotropic()
  • orthotropic()
  • pyfe3d_to_yu()
  • rotate_material()
  • yu_to_pyfe3d()

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Truss - Linear truss 3D element with analytical integration (pyfe3d.truss)

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Shell property module (pyfe3d.shellprop)

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