doc:user:elements:boundaries:pressure_shear
Differences
This shows you the differences between two versions of the page.
Both sides previous revisionPrevious revisionNext revision | Previous revisionNext revisionBoth sides next revision | ||
doc:user:elements:boundaries:pressure_shear [2013/07/12 19:27] – external edit 127.0.0.1 | doc:user:elements:boundaries:pressure_shear [2018/08/16 11:32] – [ContactTraction2DElement, ContactTraction3DElement] boemer | ||
---|---|---|---|
Line 1: | Line 1: | ||
- | ====== | + | ====== |
- | ===== Matériaux | + | ===== Materials===== |
- | Comme les interactions de pression/cisaillement sont des interactions | + | Since pressure/shear interactions |
- | ===== Elément | + | ===== Element |
- | On commence donc par définir un '' | + | Therefore, the first step consist in defining an '' |
prp = ElementProperties(typeEl) | prp = ElementProperties(typeEl) | ||
- | prp.put(param1, | + | prp.put(param1, |
- | prp.depend(param1, | + | prp.depend(param1, |
... | ... | ||
- | où | + | where |
+ | |'' | ||
+ | |'' | ||
+ | |'' | ||
+ | |'' | ||
+ | |'' | ||
- | |'' | ||
- | |'' | ||
- | |'' | ||
- | |'' | ||
- | |'' | ||
- | ==== Traction[2|3]DElement | + | ==== Traction2DElement, |
- | Elément de traction/cisaillement pour un maillage quadrangulaire (2D) ou hexahédrique (3D). | + | Traction/shear element for a mesh made of quadrangles in 2D or hexaedra in 3D. |
- | === Paramètres | + | === Parameters |
- | + | ^ Name | |
- | ^ Code Metafor | + | | '' |
- | | '' | + | | '' |
- | | '' | + | | '' |
- | | '' | + | | '' |
- | | '' | + | |
==== TriangleTraction3DElement ==== | ==== TriangleTraction3DElement ==== | ||
- | Elément de traction/cisaillement pour un maillage tétrahédrique. | + | Traction/ |
+ | |||
+ | === Parameters === | ||
+ | ^ | ||
+ | | '' | ||
+ | | '' | ||
+ | | '' | ||
+ | | '' | ||
+ | |||
+ | |||
+ | ==== ContactTraction2DElement, | ||
+ | |||
+ | Derivations of Traction2DElement and Traction3DElement with the possibility to set the traction/shear force of a node to zero, when this node is in contact within a specified contact interaction. | ||
+ | |||
+ | === Parameters === | ||
+ | |||
+ | The same than in Traction2DElement and Traction3DElement, | ||
+ | ^ Name ^ Description | ||
+ | | '' | ||
+ | | '' | ||
- | === Paramètres === | + | {{ : |
- | ^ Code Metafor | ||
- | | '' | ||
- | | '' | ||
- | | '' | ||
- | | '' | ||
===== Interaction ===== | ===== Interaction ===== | ||
- | L'interaction | + | The interaction |
load = LoadingInteraction(no) | load = LoadingInteraction(no) | ||
Line 60: | Line 73: | ||
interactionset.add(load) | interactionset.add(load) | ||
- | où | + | where |
- | | '' | + | | '' |
- | | '' | + | | '' |
- | | '' | + | | '' |
- | ==== Remarque | + | ==== Remark |
- | Les tractions, pressions et cisaillement sont gérés par des "éléments de traction" | + | Traction, pressure and shear is generated by " |
- | * la traction (ou pression/cisailement) est toujours définie dans des axes locaux si bien que la direction | + | * traction (or pressure/shear) is always defined in local axes, so the direction |
- | * La traction | + | * traction |
{{ doc: | {{ doc: | ||
- | :!: l' | + | :!: Traction element is used backwards in 3D, so a positive |
doc/user/elements/boundaries/pressure_shear.txt · Last modified: 2021/09/22 11:45 by boman