FEM Module/es

Introducción
El banco de trabajo MEF provee un moderno flujo de Análisis de Elementos Finitos (AEF) para FreeCAD. Principalmente estoy significa que todas las herramientas para hacer un Analisis de Elementos Finitos estan combinadas en una (GUI) Interface Grafica de Usuario.



Workflow
Los pasos para hacer un AEF en el banco de trabajo MEF son:
 * Pre-procesar
 * Modelando la geometria, en ya esta cerca de ser un programa de completo crecimiento
 * Crear un analisis:
 * Crear una malla MEF fuera del modelo geometrico.
 * Agrega un material para el modelo de analisis
 * Resolver
 * Resolver el sistema de ecuaciones dentro de la GUI de FreeCAD.
 * Pos-procesar
 * Ver los resultados dentro de la GUI de FreeCAD.

Como la versión 0.15 de FreeCAD, el modulo MEF puede ser utilizado en Windows, Mac OSX y plataformas linux. Desde que el banco de trabajo hace uso de programas externos, la cantidad de intervención manual dependerá del sistema operativo que estés utilizando.Revisa Instalar MEF

Menú de Modelo

 * [[Image:Fem-analysis.svg|32px]] Contenedor de análisis: Crea un contenedor para análisis mecánico. Si un solido es seleccionado en la vista de arbol antes de dar clic sobre el, La ventana de mallado va ser abierta después.

Materials

 * [[Image:Fem-material.svg|32px]] Material MEF para solidos: Permite seleccionar un material de la base de datos.


 * [[Image:Fem-material-fluid.svg|32px]] Material MEF para liquidos: Permite seleccionar un material de la base de datos.


 * [[Image:Fem-material-nonlinear.svg|32px]] Material mecánico no lineal: Permite seleccionar un material de la base de datos.


 * [[Image:Arch_Material_Group.svg|32px]] Material editor:: Lets you open the material editor to edit materials

Element Geometry

 * [[Image:Fem-beam-section.svg|32px]] Corte transversal de viga:


 * [[Image:Fem-beam-rotation.svg|32px]] Rotación de viga:


 * [[Image:Fem-shell-thickness.svg|32px]] Espesor de caja de placa:


 * [[Image:Fem-fluid-section.svg|32px]] Fluid section for 1D flow:

Electrostatic Constraints

 * [[Image:fem-constraint-electrostatic-potential.svg|32px]] Constraint electrostatic potential:

Fluid constraints

 * [[Image:Fem-constraint-initial-flow-velocity.svg|32px]] Constraint initial flow velocity:


 * [[Image:Fem-constraint-fluid-boundary.svg|32px]] Constraint fluid boundary:


 * [[Image:Fem-constraint-flow-velocity.svg|32px]] Constraint flow velocity:

Mechanical constraints

 * [[Image:Fem-constraint-fixed.svg|32px]] Constraint fixed: Used to define a fixed constraint on point/edge/face(s).


 * [[Image:Fem-constraint-displacement.svg|32px]] Constraint displacement: Used to define a displacement constraint on point/edge/face(s).


 * [[Image:Fem-constraint-planerotation.svg|32px]] Constraint plane rotation: Used to define a plane rotation constraint on a planar face.


 * [[Image:Fem-constraint-contact.svg|32px]] Constraint contact: Used to define a contact constraint between two faces.


 * [[Image:Fem-constraint-transform.svg|32px]] Constraint transform:


 * [[Image:Fem-constraint-force.svg|32px]] Constraint force: Used to define a force in [N] applied uniformly to a selectable face in a definable direction.


 * [[Image:Fem-constraint-pressure.svg|32px]] Constraint pressure: Used to define a pressure constraint.


 * [[Image:Fem-constraint-selfweight.svg|32px]] Constraint self weight: Used to define a gravity acceleration acting on a model.


 * [[Image:Fem-constraint-bearing.svg|32px]] Constraint bearing: Used to define a bearing constraint.


 * [[Image:Fem-constraint-gear.svg|32px]] Constraint gear: Used to define a gear constraint.


 * [[Image:Fem-constraint-pulley.svg|32px]] Constraint pulley: Used to define a pulley constraint.

Thermal constraints

 * [[Image:Fem-constraint-InitialTemperature.svg|32px]] Constraint initial temperature: Used to define the initial temperature of a body.


 * [[Image:Fem-constraint-heatflux.svg|32px]] Constraint heatflux: Used to define a heat flux constraint on a face(s).


 * [[Image:Fem-constraint-temperature.svg|32px]] Constraint temperature: Used to define a temperature constraint on a point/edge/face(s).


 * [[Image:Fem-constraint-heatflux.svg|32px]] Constraint body heat source:

Menu: Mesh

 * [[Image:Fem-femmesh-netgen-from-shape.svg|32px]] FEM mesh from shape by Netgen:


 * [[Image:Fem-femmesh-gmsh-from-shape.svg|32px]] FEM mesh from shape by GMSH:


 * [[Image:Fem-femmesh-boundary-layer.svg|32px]] FEM mesh boundary layer:


 * [[Image:Fem-femmesh-region.svg|32px]] FEM mesh region:


 * [[Image:Fem-femmesh-from-shape.svg|32px]] FEM mesh group:


 * [[Image:Fem-femmesh-create-node-by-poly.svg|32px]] Nodes set: Creates/defines a node set from FEM mesh.


 * [[Image:Fem-femmesh-to-mesh.svg|32px]] FEM mesh to mesh: Convert the surface of a FEM mesh to a mesh.

Menu: Solve

 * [[Image:Fem-solver.svg|32px]] Solver Calculix CCX tools: Creates a new solver for this analysis. In most cases the solver is created together with the analysis.


 * [[Image:Fem-solver.svg|32px]] Solver CalculiX:


 * [[Image:Fem-elmer.svg|32px]] Solver Elmer:


 * [[Image:Fem-solver.svg|32px]] Solver Z88:


 * [[Image:Fem-equation-heat.svg|32px]] Equation heat:


 * [[Image:Fem-equation-elasticity.svg|32px]] Equation elasticity:


 * [[Image:Fem-equation-electrostatic.svg|32px]] Equation electrostatic:


 * [[Image:Fem-equation-fluxsolver.svg|32px]] Equation fluxsolver:


 * [[Image:Fem-equation-flow.svg|32px]] Equation flow:


 * [[Image:Fem-control-solver.svg|32px]] Solver job control: Opens the menu to adjust and start the selected solver.


 * [[Image:Fem-run-solver.svg|32px]] Solver run calculation: Runs the selected solver of the active analysis.

Menu: Results

 * [[Image:Fem-purge-results.svg|32px]] Results purge: Deletes the results of the active analysis.


 * [[Image:Fem-result.svg|24px]] Result show: Used to display the result of an analysis.


 * [[Image:FEM_PostApplyChanges.png|32px]] Post Apply changes:


 * [[Image:Fem-data.svg|32px]] Post Pipeline from result:


 * [[Image:Fem-warp.svg|32px]] Post Create warp vector filter:


 * [[Image:Fem-clip-scalar.svg|32px]] Post Create scalar clip filter:


 * [[Image:Fem-cut.svg|32px]] Post Create cut filter:


 * [[Image:Fem-clip.svg|32px]] Post Create clip filter:


 * [[Image:Fem-DataAlongLine.svg|32px]] Post Create data along line filter:


 * [[Image:Fem-linearizedstresses.svg|32px]] Post Create linearized stresses:


 * [[Image:fem-post-filter-data-at-point.png|32px]] Post Create data at point filter:


 * [[Image:Fem-sphere.svg|32px]] Post Create functions:

Menu: Utilities

 * [[Image:fem-clipping-plane-add.svg|32px]] Clipping plane on face:


 * [[Image:fem-clipping-plane-remove-all.svg|32px]] Remove all clipping planes:

Context Menu

 * [[Image:Fem-femmesh-clear-mesh.svg|32px]] FEM mesh clear:


 * [[Image:Fem-femmesh-print-info.svg|32px]] FEM mesh print info:

Preferences

 * [[Image:Std_DlgParameter.svg|32px]] Preferences...: Preferences available in FEM Tools.

Tutoriales
Tutorial 1 FEM CalculiX Cantilever 3D

Tutorial 2 Tutorial MEF

Tutorial 3 Tutorial MEF en Python

Tutorial 4 MEF cizalla de un bloque compuesto

Tutoriales de análisis térmico mecánico acoplado PDF's

Video Tutorial 1 publicación en foro con enlace a youtube

Video Tutorial 2 publicación en foro con enlace a youtube

Más video Tutoriales publicación en foro con enlace a youtube


 * Extender modulo MEF
 * Tutorial para agregar ecuación en MEF
 * Tutorial para agregar cotas en MEF

Enlaces
Instalar MEF para una descripción detallada de como instalar un modulo MEF.

Malla en MEF para mas información acerca de las mallas en FreeCAD

FEM Solver for further Informations about FEM Solvers in FEM Module,

FEM CalculiX para mas información acerca de la interface entre el modulo MEF y el actual solucionador CalculiX

Proyecto MEF para mas información acerca de las unidades, limitaciones y el modulo de desarrollo MEF.

FEM Concrete for informations about analysis's of concrete structures.