Tutorials/de: Difference between revisions

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Please note that the [[PartDesign Workbench]] workflow was considerably changed from FreeCAD 0.17 onward; some of the tutorials haven't been updated and may refer to the 0.16 version.
Please note that the [[PartDesign Workbench]] workflow was considerably changed from FreeCAD 0.17 onward; some of the tutorials haven't been updated and may refer to the 0.16 version.


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PD WB Tutorial018.png|link=[[Basic Part Design Tutorial]]|[[Basic Part Design Tutorial/de]] <br/><= v.16: Model a simple part using a feature editing methodology.
PD WB Tutorial018.png|link=[[Basic Part Design Tutorial]]|[[Basic Part Design Tutorial/de]] <br/><= v.16: Model a simple part using a feature editing methodology.
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==Zeichnen und skizzieren==
==Zeichnen und skizzieren==


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Exercise cabin 01.jpg|link=[[Manual:Traditional 2D drafting]]|[[Manual:Traditional 2D drafting/de|Herkömmliches 2D-Zeichnen]]
Exercise cabin 01.jpg|link=[[Manual:Traditional 2D drafting]]|[[Manual:Traditional 2D drafting/de|Herkömmliches 2D-Zeichnen]]
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==Technische Zeichnungen==
==Technische Zeichnungen==


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TDTut ProjGroup21.png|link=[[Basic TechDraw Tutorial]]|[[Basic TechDraw Tutorial|Basic TechDraw Tutorial]] <br />Einführung in das Zeichnen mit dem TechDraw-Arbeitsbereich.
TDTut ProjGroup21.png|link=[[Basic TechDraw Tutorial]]|[[Basic TechDraw Tutorial|Basic TechDraw Tutorial]] <br />Einführung in das Zeichnen mit dem TechDraw-Arbeitsbereich.
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==FEM==
==FEM==


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FEM example01 pic00.jpg|link=[[FEM CalculiX Cantilever 3D]]|[[FEM CalculiX Cantilever 3D|FEM Analysis example]]
FEM example01 pic00.jpg|link=[[FEM CalculiX Cantilever 3D]]|[[FEM CalculiX Cantilever 3D|CalculiX cantilever FEM analysis]] (v0.17) <br/>This in an example included in every installation of FreeCAD; it demonstrates a basic analysis with the CalculiX FE solver. Purge the current result, re-run the solver, and view the displacements and stresses in the deformed mesh in the viewport.
FEM tutorial result.png|link=[[FEM tutorial]]|[[FEM tutorial|Simple FEM introduction]] (v0.17) <br/>This is a short introduction to the steps required to perform an analysis in the FEM Workbench: model your object, create a mesh, add constraints and forces, add a material, run the solver, and visualize the results.
Figure 11 Deformed Mesh.png|link=[[FEM Shear of a Composite Block]]|[[FEM Shear of a Composite Block]]
Figure 11 Deformed Mesh.png|link=[[FEM Shear of a Composite Block]]|[[FEM Shear of a Composite Block|FEM shear analysis of a composite block]] (v0.17) <br/>Study the deformation of a block made of a hard nucleus surrounded by a softer material: create mesh regions, add materials, set up sliding constraints, add shear loads, run the solver, and visualize the results with a clip plane.
FEM tutorial result.png|link=[[FEM tutorial]]|[[FEM tutorial]] <br/>Introduction to the FEM workbench.
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==CNC & 3D-Druck==
==CNC & 3D-Druck==


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Path-WalkThroughResult.gif|link=[[Path Walkthrough for the Impatient]]|[[Path Walkthrough for the Impatient]] <br/>Quick presentation of the Path module.
Path-WalkThroughResult.gif|link=[[Path Walkthrough for the Impatient]]|[[Path Walkthrough for the Impatient|Path Workbench for the impatient]] <br/>This is a quick presentation of the workflow for the Path Workbench: create a job, define the output, define the milling tool, define the path operations, start the simulation, and generate a G-code output file.
Exercise meshing 03.jpg|link=[[Manual:Preparing models for 3D printing]]|[[Manual:Preparing models for 3D printing|Preparing models for 3D printing]]
Exercise meshing 03.jpg|link=[[Manual:Preparing models for 3D printing]]|[[Manual:Preparing models for 3D printing|Preparing models for 3D printing]] (v0.16)<br/>Convert a solid object to a mesh object using the Mesh Workbench, export the mesh to STL format, and use Slic3r to prepare the G-code. Alternatively use the Cura Workbench or the Path Workbench to generate the G-code.
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==Import und Export==
==Import und Export==


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Dxf Importer Install 11.png|link=[[Dxf Importer Install]]|[[Dxf Importer Install]] <br/>Manual install of the DXF import library.
Dxf Importer Install 11.png|link=[[Dxf Importer Install]]|[[Dxf Importer Install|DXF importer installation]] <br/>Install the DXF importer program in you system, so that you can open DXF and DWG files with FreeCAD.
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==Rendering ==
==Rendering ==


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Exercise raytracing 05.jpg|link=[[Manual:Creating renderings]]|[[Manual:Creating renderings|Creating renderings]] <br/>With POV-Ray and LuxRender.
Exercise raytracing 05.jpg|link=[[Manual:Creating renderings]]|[[Manual:Creating renderings|Creating renderings]] <br/>With POV-Ray and LuxRender.
Raytracing tutorial result.png|link=[[Raytracing tutorial/de]]|[[Raytracing tutorial]] <br/>Einführung in den grundlegenden Arbeitsablauf des Raytracing-Arbeitsbereichs.
Raytracing tutorial result.png|link=[[Raytracing tutorial/de]]|[[Raytracing tutorial]] <br/>Einführung in den grundlegenden Arbeitsablauf des Raytracing-Arbeitsbereichs.
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==Roboter simulieren==
==Roboter simulieren==


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Robot Tutorial RobotSimulation.gif|link=[[Robot tutorial]]|[[Robot tutorial/de]] <br/>Roboter-Bewegungssimulation.
Robot Tutorial RobotSimulation.gif|link=[[Robot tutorial]]|[[Robot tutorial/de]] <br/>Roboter-Bewegungssimulation.
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== Plotting ==
== Plotting ==
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Plot_Trigonometric_Example.png|link=[[Plot Basic tutorial]]|[[Plot Basic tutorial]]<br/>The basic tutorial to drawing mathematical plots in FreeCAD.
Plot_Trigonometric_Example.png|link=[[Plot Basic tutorial]]|[[Plot Basic tutorial|Basic plot]] <br/>Draw simple mathematical functions in the Plot Workbench using the underlying Python plotting libraries: define the input list (X), two output lists (Y1, Y2), plot the functions (Y1 and Y2 against X), set the grid, line styles, legends, axes labels, plot title, and save the plot.
Plot_MultiAxes_Example.png|link=[[Plot MultiAxes tutorial]]|[[Plot MultiAxes tutorial]]<br/>Draw several axes and several plots in the same figure.
Plot_MultiAxes_Example.png|link=[[Plot MultiAxes tutorial]]|[[Plot MultiAxes tutorial|Multiaxes plot]] <br/>Draw a more complicated plot in the Plot Workbench with two different input lists (X, T), and three output lists (Y1, Y2, Y3), then create two sets of axes in the same plot, and plot the pairs of lists (Y1 against X, and Y2 and Y3 against T); set the axes labels and grid, and move the legends and title.
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== Zeichnungen ==
== Zeichnungen ==
{{VeryImportantMessage|Die Entwicklung des [[Drawing Workbench/de|Drawing-Arbeitsbereich]]s wurde in FreeCAD 0.16 gestoppt. Verwenden Sie stattdessen den [[TechDraw Workbench/de|TechDraw-Arbeitsbereich]].}}
{{VeryImportantMessage|Die Entwicklung des [[Drawing Workbench/de|Drawing-Arbeitsbereich]]s wurde in FreeCAD 0.16 gestoppt. Verwenden Sie stattdessen den [[TechDraw Workbench/de|TechDraw-Arbeitsbereich]].}}
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Drawing_tutorial_result.png|link=[[Drawing tutorial]]|[[Drawing tutorial]] <br/>Intro to creating blueprints with the Drawing workbench.
Drawing_tutorial_result.png|link=[[Drawing tutorial]]|[[Drawing tutorial]] (v0.16)<br/>This is the essential introduction to the tools of the Drawing Workbench to create blueprints.
Exercise drawing 01.jpg|link=[[Manual:Generating 2D drawings]]|[[Manual:Generating 2D drawings|Generating 2D drawings]]
Exercise drawing 01.jpg|link=[[Manual:Generating 2D drawings]]|[[Manual:Generating 2D drawings|Generating 2D drawings]] (v0.16)<br/>Generate 2D projections of your 3D models, and add dimensions.
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Revision as of 09:01, 11 April 2019

Diese Seite präsentiert eine Auswahl an hochqualitativen schriftlichen Tutorials. Die meisten der Tutorials hier sind noch in englischer Sprache. Eine vollständige, unsortierte Liste von Tutorials finden Sie in: Category: Tutorials/de. Sie können auch Offsite-Tutorials und Video tutorials lesen, die Links zu Tutorials auf externen Seiten enthalten. Eine nützliche Quelle für Video-Tutorials ist natürlich auch eine "FreeCAD" -Stichwortsuche auf YouTube.

Wenn Sie durch schreiben von Wiki-Dokumentation und Tutorien beitragen möchten, werfen Sie einen Blick auf die allgemeinen Wiki-Richtlinien in WikiPages/de und lesen Sie die tutorial guidelines/de.

Please notice the version of FreeCAD used in the tutorial as some tutorials may use an old version of the program. Although the general modelling process may still work, some tools may have changed.

Architektur und Gebäudedatenmodellierung [BIM]

Teile modellieren

FreeCAD bietet zwei Hauptabläufe zur Modellierung von Teilen: Objekte kombinieren (eine Methode namens Konstruktive Festkörpergeometrie) mit Hilfe der Part workbench oder mit einer feature Bearbeitungmethodik der PartDesign workbench. Bitte beachten Sie, dass der PartDesign-Arbeitsablauf ab v0.17 aufwärts wesentlich verändert wurde: einige der Tutorien müssen noch aktualisiert werden.

Please note that the PartDesign Workbench workflow was considerably changed from FreeCAD 0.17 onward; some of the tutorials haven't been updated and may refer to the 0.16 version.

Zeichnen und skizzieren

Technische Zeichnungen

FEM

CNC & 3D-Druck

Import und Export

Rendering

Roboter simulieren

Plotting

Zeichnungen

Die Entwicklung des Drawing-Arbeitsbereichs wurde in FreeCAD 0.16 gestoppt. Verwenden Sie stattdessen den TechDraw-Arbeitsbereich.