Commands list
SORT A-Z
-
- EOS_GRUNEISEN
- MAT_BB
- MAT_BERGSTROM_BOYCE
- MAT_CABLE
- MAT_CERAMIC
- MAT_CONCRETE_2017
- MAT_CONCRETE_2018
- MAT_CONCRETE_2021
- MAT_CREEP
- MAT_ELASTIC
- MAT_FABRIC
- MAT_FABRIC_ISOTROPIC
- MAT_FLUID
- MAT_FOAM
- MAT_FORMING
- MAT_FORMING_R
- MAT_GRANULAR_CAP
- MAT_HJC_CONCRETE
- MAT_HOEK_BROWN
- MAT_HOT_FORMING
- MAT_HSS
- MAT_JC
- MAT_JC_FIELD
- MAT_JH_CERAMIC
- MAT_LEE_TARVER
- MAT_LIBRARY
- MAT_METAL
- MAT_MMC
- MAT_MMC_OST
- MAT_MM_CONCRETE
- MAT_MOONEY_RIVLIN
- MAT_MULTILAYER_ORTHOTROPIC
- MAT_OBJECT
- MAT_ORTHOTROPIC
- MAT_POWDER_BURN
- MAT_REBAR
- MAT_RIGID
- MAT_USER_X
- MAT_VISCOUS_FOAM
- MAT_VISCO_PLASTIC
- MAT_YEOH
- MAT_ZA
- PROP_DAMAGE_BRITTLE
- PROP_DAMAGE_CL
- PROP_DAMAGE_CL_0_45_90
- PROP_DAMAGE_CL_ANISOTROPIC
- PROP_DAMAGE_CL_REGULARIZE
- PROP_DAMAGE_HC
- PROP_DAMAGE_IMP
- PROP_DAMAGE_IMP_ISO
- PROP_DAMAGE_JC
- PROP_DAMAGE_JC_REGULARIZE
- PROP_DAMAGE_STRAIN
- PROP_THERMAL
Third-party add-ons
*TRIM
entype, enid, nid${}_{seed}$, $t_{trim}$, $\hat{x}$, $\hat{y}$, $\hat{z}$
$x_1$, $y_1$, $z_1$
.
$x_n$, $y_n$, $z_n$
entype, enid, nid${}_{seed}$, $t_{trim}$, $\hat{x}$, $\hat{y}$, $\hat{z}$
$x_1$, $y_1$, $z_1$
.
$x_n$, $y_n$, $z_n$
Parameter definition
| Variable | Description |
|---|---|
| entype | Entity type |
| enid | Entity ID |
| nid${}_{seed}$ | Seed node id, marking material to keep after trimming |
| $t_{trim}$ | Trim time |
| $\hat{x}$ | X-component of trimline projection direction |
| $\hat{y}$ | Y-component of trimline projection direction |
| $\hat{z}$ | Z-component of trimline projection direction |
| $x_1$ | X-coordinate of trim line point 1 |
| $y_1$ | Y-coordinate of trim line point 1 |
| $z_1$ | Z-coordinate of trim line point 1 |
| $x_n$ | X-coordinate of trim line point $n$ |
| $y_n$ | Y-coordinate of trim line point $n$ |
| $z_n$ | Z-coordinate of trim line point $n$ |
Description
Trimming function for metal stamping applications. The trim path is a discretized line, defined by a list of coordinates.
Example
Trim 1
The following command defines a trimming operation on part 4 at time 0.2. The seed node 88460 marks the material to keep after trimming. The trim line is projected on the metal sheet in the z-direction.
*TRIM
P, 4, 88460, 0.2, 0.0, 0.0, 1.0
-0.681E+03, -0.235E+03, 0.468E+02
.
-0.683E+03, -0.249E+03, 0.371E+02
P, 4, 88460, 0.2, 0.0, 0.0, 1.0
-0.681E+03, -0.235E+03, 0.468E+02
.
-0.683E+03, -0.249E+03, 0.371E+02
Trim 2
For lancing operation where there is no scrap material, the seed node is to be omitted. The example below is a lancing operation on part 3 at time 0.01. The cutting line is projected on the metal sheet in the z-direction.
*TRIM
P, 3, 0, 0.01, 0.0, 0.0, 1.0
-13.6, 10.2, 0.0
10.3, -12.2, 0.0
P, 3, 0, 0.01, 0.0, 0.0, 1.0
-13.6, 10.2, 0.0
10.3, -12.2, 0.0
