Skip to main content
Ctrl+K

panels 0.15.0 documentation

  • Plates and cylindrical shells
  • Bardell’s hierarchical functions
  • Boundary conditions
  • Loads
  • Multi-domain assemblies
    • Stiffened panels
    • Panel flutter with the piston theory
    • Field outputs, plots and files
    • Follower pressure loads: theory
    • Large rotations: plates with Green-Lagrange membrane strains
    • Large rotations: total-Lagrangian Kirchhoff-Love plates
    • Third-order shear deformation theory with a laminate offset
    • Exact connections with the null-space method
    • Tangent stiffness matrix and its product by a vector
    • Approximation functions tabulated at the integration points
    • Cohesive zone model of the multi-domain approach
    • Linear static analysis
    • Linear buckling analysis
    • Frequency analysis
    • Panel flutter analysis
    • Non-linear static analysis with the Newton-Raphson method
    • Non-linear static analysis with the arc-length methods
    • Follower (hydrostatic) pressure
    • Prescribed displacements
    • Clamped and face-clamped edges
    • Cylinders modeled as multi-domain assemblies
    • Panels with a T-stiffener modeled as multi-domain assemblies
    • Wing-box modeled as a multi-domain assembly
    • Stiffened panel bays
    • API reference
    • Changelog
    • References
  • Plates and cylindrical shells
  • Bardell’s hierarchical functions
  • Boundary conditions
  • Loads
  • Multi-domain assemblies
  • Stiffened panels
  • Panel flutter with the piston theory
  • Field outputs, plots and files
  • Follower pressure loads: theory
  • Large rotations: plates with Green-Lagrange membrane strains
  • Large rotations: total-Lagrangian Kirchhoff-Love plates
  • Third-order shear deformation theory with a laminate offset
  • Exact connections with the null-space method
  • Tangent stiffness matrix and its product by a vector
  • Approximation functions tabulated at the integration points
  • Cohesive zone model of the multi-domain approach
  • Linear static analysis
  • Linear buckling analysis
  • Frequency analysis
  • Panel flutter analysis
  • Non-linear static analysis with the Newton-Raphson method
  • Non-linear static analysis with the arc-length methods
  • Follower (hydrostatic) pressure
  • Prescribed displacements
  • Clamped and face-clamped edges
  • Cylinders modeled as multi-domain assemblies
  • Panels with a T-stiffener modeled as multi-domain assemblies
  • Wing-box modeled as a multi-domain assembly
  • Stiffened panel bays
  • API reference
  • Changelog
  • References

Python Module Index

p
 
p
- panels
    panels.dev.tabulate
    panels.json_io

© Copyright 2012-2026, Saullo G. P. Castro, Nathan D'Souza.

Created using Sphinx 9.2.0.

Built with the PyData Sphinx Theme 0.24.0.