doc:user:elements:contact:stationnaryrotatingtool
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doc:user:elements:contact:stationnaryrotatingtool [2021/09/24 12:32] – created papeleux | doc:user:elements:contact:stationnaryrotatingtool [2021/09/24 15:35] (current) – papeleux | ||
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- | ====== | + | ====== |
- | A stationnary | + | A stationary |
It is usefull, for example, to make models of rolling process where cylinders are deformed by the contact between the sheet and the rolls. As the process is quasi stationary, the deformation of the roll stay fixed in space, but it is the friction on the rotating roll that make the sheet moving forward. | It is usefull, for example, to make models of rolling process where cylinders are deformed by the contact between the sheet and the rolls. As the process is quasi stationary, the deformation of the roll stay fixed in space, but it is the friction on the rotating roll that make the sheet moving forward. | ||
- | Here below a movie of a rolling process with a rotating cylinder (lower one) and stationnary | + | Here below a movie of a rolling process with a rotating cylinder (lower one) and stationary |
- | {{ : | + | {{ : |
The second movie show the same process in ALE | The second movie show the same process in ALE | ||
- | {{ : | + | {{ : |
- | And finally the next movie shows a ALE model vs the same Lagrangian Model with a (highly) deformed cylinder : {{ : | + | And finally the next movie shows a ALE model vs the same Lagrangian Model with a (highly) deformed cylinder : |
+ | {{ : | ||
===== Use ===== | ===== Use ===== | ||
- | Definition of a stationnary | + | Definition of a stationary |
- | | Key | Type / Value | Dependance | + | ^ Key ^ Type / Value ^ Dependance |
- | | --- | ------------ | ---------- | ---------- | | + | |
| TOOLOMEGAMETHOD | 0/1/2 | - | 0 (default) : SRT deactivated | | | TOOLOMEGAMETHOD | 0/1/2 | - | 0 (default) : SRT deactivated | | ||
| | | | ||
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| TOOLOMEGA | | TOOLOMEGA | ||
| TOOLOMEGAISVELOC | Bool | - | True (default): Omega is defined in term of an angular velocity (possibly with a dependency but whose evolution has to be slow according to timestep to have a reliable model) | | | TOOLOMEGAISVELOC | Bool | - | True (default): Omega is defined in term of an angular velocity (possibly with a dependency but whose evolution has to be slow according to timestep to have a reliable model) | | ||
- | | | | - | False : Omega is defined in term of an angle (omega must be defined with a time dependency to gives sens to the method) | | + | | | | | False : Omega is defined in term of an angle (omega must be defined with a time dependency to gives sens to the method) | |
| TOOLOMEGA_PT1 | UserNo | - | Number of the first point of the axe | | | TOOLOMEGA_PT1 | UserNo | - | Number of the first point of the axe | | ||
| TOOLOMEGA_PT2 | UserNo | - | Number of the second point of the axe | | | TOOLOMEGA_PT2 | UserNo | - | Number of the second point of the axe | | ||
+ | |||
+ | Upt to now, it has only been tested on RdContactInteraction. It may work flawlessly on other, but as there are no tests, defining TOOLOMEGAMETHOD on another kind of ContactInteraction will lead to a FATAL_ERROR. | ||
doc/user/elements/contact/stationnaryrotatingtool.1632479575.txt.gz · Last modified: 2021/09/24 12:32 by papeleux