3D Connexion Version 6.6

*INITIAL CONDITIONS

Data lines for TYPE=RELATIVEDENSITY:

First line:

1. Nodeset or node number.

2. Initial relative density.

Repeat this data line as often as necessary to deﬁne initial relativedensity at various nodes or node sets.

Data lines for TYPE=ROTATING VELOCITY:

First line:

1. Nodeset or node number.

2. Angularvelocity abou t the axis deﬁned from point ato point b, where the coordinates of aand

bare given below.

3. GlobalX-comp onent of translational velocity.

4. GlobalY-compo nent of translational velocity.

5. GlobalZ-com ponent of translational velocity.

Second line:

1. GlobalX-compone nt of point aon the axis of rotation.

2. GlobalY-compone nt of point aon the axis of rotation.

3. GlobalZ-compon ent of point aon the axis of rotation.

4. GlobalX-compone nt of point bon the axis of rotation.

5. GlobalY-compone nt of point bon the axis of rotation.

6. GlobalZ-compon ent of point bon the axis of rotation.

Repeat this pair of data lines as often as necessary to deﬁne the angular and translational velocities at

various nodes or node sets.

Data lines for TYPE=SATURATION:

First line:

1. Nodeset or node number.

2. Saturation value, s. Default is 1.0.

Repeat this data line as often as necessary to deﬁne saturation at various nodes or node sets.

Data lines for TYPE=SOLUTION if theUSER and REBAR parameters are omitted:

First line:

1. Elementnum beror elem ent set label.

2. Valueof ﬁrst solution-dependent state variable.

3. Value of second solution-dependentstate variable.

4. Etc.,up to seven solution-dependent state variables.

9.18–12

ABAQUS Version 6.1 Module: ID:

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