Index

A

Algorithm

B

Buckling analysis solver (linearized pre-buckling)

C

case Multi-stage analysis

D

Dynamic linear solver

Dynamic nonlinear solver

E

Elements Generic beam (B) elements Generic Cable (C) elements Generic description Generic hexahedral (HE) elements Generic Line (L) elements Generic PMASS (point mass) elements Generic PR (prismatic) elements Generic quadrilateral (Q) elements Generic Rod (R) elements Generic TE (tetrahedral) elements Generic triangular (T) elements Heat conduction elements Heat convection elements Heat radiation elements Integration rules Rigid Body (RBE) elements

F

Free vibration solver

Frequency-dependent free vibration solver

H

Heat conduction element HEx.HEAT.CONDUCTION PRx.HEAT.CONDUCTION Qx.HEAT.CONDUCTION TEx.HEAT.CONDUCTION Tx.HEAT.CONDUCTION Heat convection element Lx.HEAT.RADCONV Qx.HEAT.RADCONV Tx.HEAT.RADCONV

Heat radiation element Lx.HEAT.RADCONV Qx.HEAT.RADCONV Tx.HEAT.RADCONV

I

Integration Rules for elements

L

Linear static olver

Linear static solver Linearized pre-buckling solver

N

Nonlinear static solver

S

Solid mechanics 2-dimensional solid elements 3-dimensional solid elements Beam elements Cable elements Point mass elements Rod elements Shell elements Shell-to-solid coupling elements Solver Correction constraint strategies Dynamic linear Dynamic nonlinear Free vibration (undamped) Frequency-dependent free vibration (undamped) Increment constraint strategies Linear static Linearized pre-buckling Static nonlinear

Solver option constraint_method max_divergences max_newton_iterations min_newton_iterations option Static linear solver Static nonlinear solver

V

Vibration analysis solver (frequency-dependent)