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• Problem Type:

  • Linear

    • Static

    • Stability

      • Buckling

      • Fracture

    • Dyamic

      • Transient

      • Frequency response

      • Random vibration

    • Modal

  • Nonlinear

    • Static

    • Stability

      • Buckling

      • Snap Through

      • Fracture

    • Dynamic

      • Transient

• Model Type:

  • 3D

  • 2D

    • Plane Stress

    • Plane Strain

    • Axisymmetric

    • Axisymmetric with non-axisym loading

• Structure Type:

  • Spar

  • Beam

  • Plate

  • Shell

  • Solid

  • Fluid

• Mesh Type:

  • Lagrangian

  • Eulerian

• Element Type:

  • Isoparametric

  • Subparametric

  • Superparametric

• Shape Function Order:

  • Linear (order = 1)

  • Quadratic (order = 2)

  • Cubic (order = 3)

  • P-Method (order = variable)

• Element Formulation:

  • Standard

  • Mixed

• Loading Type:

  • Static

    • Normal stress (pressure) or shear stress

    • Force or moment

    • Thermal strain

    • Hygrothermal strain

  • Stability

    • Normal stress (pressure) or shear stress

    • Force or moment

    • Thermal strain

    • Hygrothermal strain

  • Dynamic

    • Transient (load versus time)

    • Frequency (load versus frequency)

    • Random (load PSD versus frequency)

    • Modal (natural frequencies under load)

• Nonlinearity Type:

  • Kinematic

    • Large rotation

    • Large strain

  • Material

    • Temperature dependent properties

    • Moisture dependent properties

    • Plasticity

    • Viscoelasticity

    • Viscoplasticity

    • Hyperelasticity

    • Phase change

  • Loading

    • Contact

    • Impact

    • Stress stiffening

    • Fracture

• Solid Material Models:

  • Isotropic

  • Transversely Isotropic

  • Orthotropic

  • Anisotropic

  • Laminated composite

  • Braided composite

  • Steel reinforced concrete