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panels 0.13.11 documentation

  • 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
    • Cylinders modeled as multi-domain assemblies
    • Panels with a T-stiffener modeled as multi-domain assemblies
    • API reference
    • Bardell’s Hierarchical Functions
    • Exact connections with the null-space method
    • Follower pressure loads: theory
    • Tangent stiffness matrix and its product by a vector
    • Approximation functions tabulated at the integration points
    • Cohesive zone model of the multi-domain approach
    • References
  • 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
  • Cylinders modeled as multi-domain assemblies
  • Panels with a T-stiffener modeled as multi-domain assemblies
  • API reference
  • Bardell’s Hierarchical Functions
  • Exact connections with the null-space method
  • Follower pressure loads: theory
  • Tangent stiffness matrix and its product by a vector
  • Approximation functions tabulated at the integration points
  • Cohesive zone model of the multi-domain approach
  • References

Index

L | M | P | S

L

  • load() (in module panels.json_io)

M

  • module
    • panels
    • panels.json_io

P

  • panels
    • module
  • panels.json_io
    • module
  • plot_shell() (in module panels.plot_shell)

S

  • save() (in module panels.json_io)

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