This section explains how to define specific types of boundary conditions. The following topics are covered:

• “Defining a symmetry/antisymmetry/encastre boundary condition,” Section 16.10.1

• “Defining a displacement/rotation boundary condition,” Section 16.10.2

• “Defining a velocity/angular velocity boundary condition,” Section 16.10.3

• “Defining an acceleration/angular acceleration boundary condition,” Section 16.10.4

• “Defining a connector displacement boundary condition,” Section 16.10.5

• “Defining a connector velocity boundary condition,” Section 16.10.6

• “Defining a connector acceleration boundary condition,” Section 16.10.7

• “Defining a base motion boundary condition,” Section 16.10.8

• “Defining a secondary base motion boundary condition,” Section 16.10.9

• “Defining a retained nodal DOFs boundary condition,” Section 16.10.10

• “Defining a fluid inlet/outlet boundary condition,” Section 16.10.11

• “Defining a fluid wall boundary condition,” Section 16.10.12

• “Specifying temperature,” Section 16.10.13

• “Defining a pore pressure boundary condition,” Section 16.10.14

• “Defining a fluid cavity pressure boundary condition,” Section 16.10.15

• “Defining an electric potential boundary condition,” Section 16.10.16

• “Defining a magnetic vector potential boundary condition,” Section 16.10.17

• “Defining a mass concentration boundary condition,” Section 16.10.18

• “Defining an acoustic pressure boundary condition,” Section 16.10.19

• “Defining a connector material flow boundary condition,” Section 16.10.20

• “Defining an Eulerian boundary condition,” Section 16.10.21

• “Defining an Eulerian mesh motion boundary condition,” Section 16.10.22

• “Creating the submodel boundary condition,” Section 38.4