Translations:FEM Module/4/cs

Menu: Model

 * [[Image:Fem-analysis.svg|32px]] Analysis container: Creates a new container for a mechanical analysis. If a solid is selected in the tree view before clicking on it, the meshing dialog will be opened next.

Materials

 * [[Image:Fem-material.svg|32px]] Material for solid: Lets you select a material from the database.
 * [[Image:Fem-material-fluid.svg|32px]] Material for fluid: Lets you select a material from the database.
 * [[Image:Fem-material-nonlinear.svg|32px]] Nonlinear mechanical material: Lets you select a material from the database.
 * [[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]] Beam cross section:
 * [[Image:Fem-beam-rotation.svg|32px]] Beam rotation:
 * [[Image:Fem-shell-thickness.svg|32px]] Shell plate thickness:
 * [[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 Menu

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