FEM MaterialSolid: Difference between revisions

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<languages/>
<languages/>
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{{docnav|[[FEM_Analysis|Analysis container]]|[[FEM_MaterialFluid|Material for fluid]]|[[FEM_Module|FEM_Module]]}}
{{Docnav
|[[FEM_Analysis|Analysis container]]
|[[FEM_MaterialFluid|Material for fluid]]
|[[FEM_Module|FEM]]
|IconL=FEM_Analysis.png
|IconC=Workbench_FEM.svg
|IconR=FEM_MaterialFluid.png
}}


<!--T:1-->
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{{GuiCommand
{{GuiCommand|Name=FEM MaterialSolid |MenuLocation=Model → FEM material for solid||Workbenches=[[Fem Workbench|FEM]]|Shortcut=M,M|SeeAlso=[[FEM_tutorial|FEM tutorial]]}}
|Name=FEM MaterialSolid
|MenuLocation=Model → FEM material for solid
|Workbenches=[[Fem Workbench|FEM]]
|Shortcut={{KEY|M}} {{KEY|M}}
|SeeAlso=[[FEM_tutorial|FEM tutorial]]
}}


==Description== <!--T:2-->
==Description== <!--T:2-->
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Adds material properties to a part.
Adds material properties to a part.


==How to use== <!--T:3-->
==Usage== <!--T:3-->


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* Double click the created {{KEY|[[Image:FEM_MaterialSolid.png|32px]] SolidMaterial}} object
* Double click the created {{KEY|[[Image:FEM_MaterialSolid.png|32px]] SolidMaterial}} object
[[File:FEMMaterialProperties.PNG]]
[[File:FEMMaterialProperties.PNG]]
** Select a material. For engineering mecanical analysis, {{KEY|CalculiX-Steel}} is a typical option.
** Select a material. For engineering mechanical analysis, {{KEY|CalculiX-Steel}} is a typical option.
** Provided that you are applying material to the whole object, don't select any geometrical entities (leave reference list empty). Material will be applied to whole model. Otherwise assign material to particular model parts manually by selecting some of them for each inserted material, but don't leave any part of the model without material assigned.
** Provided that you are applying material to the whole object, don't select any geometrical entities (leave reference list empty). Material will be applied to whole model. Otherwise assign material to particular model parts manually by selecting some of them for each inserted material, but don't leave any part of the model without material assigned.
** You can adjust material properties such as density, young's modulus, poisson ratio, etc., however most of the common materials are already available in the presets and they don't need any tweaking.
** You can adjust material properties such as density, young's modulus, poisson ratio, etc., however most of the common materials are already available in the presets and they don't need any tweaking.
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{{docnav|[[FEM_Analysis|Analysis container]]|[[FEM_MaterialFluid|Material for fluid]]|[[FEM_Module|FEM_Module]]}}
{{Docnav
{{FEM Tools navi}}
|[[FEM_Analysis|Analysis container]]
{{Userdocnavi}}
|[[FEM_MaterialFluid|Material for fluid]]
|[[FEM_Module|FEM]]
|IconL=FEM_Analysis.png
|IconC=Workbench_FEM.svg
|IconR=FEM_MaterialFluid.png
}}

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{{FEM Tools navi{{#translation:}}}}
{{Userdocnavi{{#translation:}}}}
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Revision as of 02:22, 23 February 2020

FEM MaterialSolid

Menu location
Model → FEM material for solid
Workbenches
FEM
Default shortcut
M M
Introduced in version
-
See also
FEM tutorial

Description

Adds material properties to a part.

Usage

  • Click on or choose Model FEM material for solid from the top menu.
  • Double click the created SolidMaterial object

    • Select a material. For engineering mechanical analysis, CalculiX-Steel is a typical option.
    • Provided that you are applying material to the whole object, don't select any geometrical entities (leave reference list empty). Material will be applied to whole model. Otherwise assign material to particular model parts manually by selecting some of them for each inserted material, but don't leave any part of the model without material assigned.
    • You can adjust material properties such as density, young's modulus, poisson ratio, etc., however most of the common materials are already available in the presets and they don't need any tweaking.
    • If you make modifications, you can save your customized material.
  • Click Close to close the dialog and create SolidMaterial object

Limitations

Notes

  1. The mechanical material uses the *MATERIAL card in CalculiX. Details about the mechanical material is explained at http://web.mit.edu/calculix_v2.7/CalculiX/ccx_2.7/doc/ccx/node216.html