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/OUTP |
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/OUTP |
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»Click here to display Table of Contents«
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/OUTP |
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/OUTP |
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/OUTP - ASCII Formatted Output File
Description
Write ASCII formatted output files.
Format
/OUTP/Keyword2/Keyword3/Keyword4
Data |
Description |
Keyword2 |
Refer to ASCII Output Files (STY-File). |
Keyword3 |
Refer to ASCII Output Files (STY-File) |
Keyword4 |
Refer to ASCII Output Files (STY-File) |
| 1. | Table of available functionalities for /OUTP: |
Keyword2 |
Keyword3 |
Keyword4 |
|---|---|---|
DT |
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VECT |
VEL, DIS, ACC, CONT, FINT, FEXT, FOPT, VROT, PCONT |
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NODA |
DT, DMAS, DINER |
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ELEM |
OFF, EPSP, ENER, VONM, HOUR, SLEN, USER1, USER2, USER3, USER4, USER5 |
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BRIC |
OFF, EPSP, ENER, DENS, TEMP, P, VONM, HOUR, USER1, USER2, USER3, USER4, USER5, STRES |
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STRAI, STRES, USERS |
FULL |
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SHEL |
OFF, EPSP, HOUR, ENER, THIC, VONM, USER1, USER2, USER3, USER4, USER5 |
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USRii |
FULL |
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USERS |
FULL |
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STRES, STRAI, EPSD0 |
MEMB, BEND, UPPER, LOWER, FULL |
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TRUS |
OFF, EPSP |
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SPRI |
OFF, FULL |
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BEAM |
OFF, EPSP |
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SPH |
OFF, EPSP, ENER, DENS, TEMP, P, VONM, STRES, SLEN, USER1, USER2, USER3, USER4, USER5 |
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STRES |
FULL |
Output for /OUTP:
DT: Nodal time step
VEL: For nodal translational
DIS: Displacements
ACC: Accelerations
CONT: Contact forces
FINT: Internal forces
FEXT: External forces
FOPT: Forces and moments for rigid bodies, rigid walls and sections
VROT: For nodal rotational velocities
PCONT: Contact pressure animation vector
DMAS: Mass variation (see time step control /DT/NODA/CST)
DINER: Output of added inertia per nodes
OFF: Output element status. In the sty file it displays:
0: deleted element
1: active element
2: element switched to Small strain formulation.
-1: element in standby (for example: belonging to a rigid body)
EPSP: Solid plastic strain
ENER: Solid internal energy
VONM: von Mises stress
HOUR: Hourglass energy
SLEN: Current smoothing length value
USER1, USER2, USER3, USER4, USER5: output user variables 1 through 5 in user law
USRii: Only one user variable number ii is output.
Variable of user law on each integration points (ii =1 to 99 number of the variable).
USERS: Output all users variables in user material
DENS: Solid density
TEMP: Nodal temperature
P: Nodal pressure
STRES: Stress tensor
STRAI: Strain tensor
FULL: Strain or stress tensor
MEMB: Membrane
BEND: Bending
UPPER: Upper layer
LOWER: Lower layer
| 2. | The OUTP files are named according to RADIOSS Starter Input /IOFLAG. |