**The following table is interactive. To sort numerically or alphabetically, click on the arrows in the column header.
* Specifies the laws that are only compatible with RADIOSS ALE
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| 1. | All characters beyond the tenth of a keyword are ignored (for example, it is possible to input HONEYCOM, instead of HONEYCOMB). |
| 2. | The Manual Keyword is the keyword of the law as referenced in this manual. |
| 3. | The Law Number is the material law number used to reference the material law in the fixed format manual. |
| 4. | The Other Available Keywords column features other keywords which can be used to define the same material laws. |
| 5. | In addition to the ALE material laws, the Material Laws 1, 2, 3, 4 and the isotropic material laws with volumetric properties are compatible with the ALE approach. ALE (Arbitrary Lagrangian-Eulerian) material laws (11, 18, 20, 26, 37 and 51) are described in the ALE options. |
| 6. | If a node is connected to an ALE material, the nodal value output to /TH and Animation files have the following description: |
| • | positions and displacements represent the grid positions and displacements; |
| • | accelerations and velocities represent the material accelerations and velocities. |
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See Also:
Arbitrary Lagrangian-Euler (ALE) Formulation
ALE/CFD Materials
Example 6 - Fuel Tank
Example 13 - Shock Tube
Example 19 - Wave Propagation
Example 22.2 - Ditching using CFD
Example 39 - Biomedical Valve
Example 46.2 - Euler Formulation
