Two-Way Radio User Manual

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INITIAL CONDITIONS
Data lines for TYPE=RELATIVE DENSITY:
First line:
1. Node set or node number.
2. Initial relative density.
Repeat this d ata line as often as necessary to define initial relative density at various nodes or node sets.
Data lines for TYPE=ROTATING VELOCITY:
First line:
1. Node set or node number.
2. Angular velocity about the axis defined from point a to point b, where the coordinates of a and
b are given below.
3. Global X-com ponent of translational velocity.
4. Global Y-com ponent of translational velocity.
5. Global Z-component of t ranslational velocity.
Second line:
1. Global X-c omponent of point a on the axis of rotation.
2. Global Y-compo nent of point a on the axis of rotation.
3. Global Z-compon ent of point a on the axis of rotation.
4. Global X-c omponent of point b on the axis of ro tation.
5. Global Y-compo nent of point b on the axis of rotation.
6. Global Z-compon ent of point b on the axis of ro tation.
Repeat this pair of data lines as often as necessar y to define the angular and translational velocities at
various nodes or node sets.
Data lines for TYPE=SATUR ATION:
First line:
1. Node set or node number.
2. Saturation value, s. Default is 1.0.
Repeat this data line as often as necessar y to define saturation at various nodes or node sets.
Data lines for TYPE=SOLUTION if the USER and REBAR parameters are omitted:
First line:
1. Element number or elem ent set label.
2. Value of first solution-dependent state variable.
3. Value of second solution-dependent state variable.
4. Etc., up to seven solution-dependent state variables.
9.18–12
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