Tutorials/ko: Difference between revisions

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<div class="mw-translate-fuzzy">
<div class="mw-translate-fuzzy">
이 페이지는 고품질 자습서를 제공합니다. 완전한, 정렬되지 않은 목록은 [[:Category:Tutorials]]에 있습니다. 외부 사이트에서 주는 자습서 목록은 [[offsite tutorials]] 및 [[video tutorials]] 을 방문하세요. 비디오 자습서의 쓸만한 소스는 [https://YouTube.com YouTube]입니다.
이 페이지는 고품질 자습서를 제공합니다. 완전한, 정렬되지 않은 목록은 [[:Category:Tutorials]]에 있습니다.
</div>
</div>


If you'd like to contribute with writing wiki documentation and tutorials, see the general wiki guidelines in [[WikiPages]],
If you'd like to contribute with writing wiki documentation and tutorials, see the general wiki guidelines in [[WikiPages|WikiPages]], and read the [[Tutorial_guidelines|Tutorial guidelines]].
and read the [[tutorial guidelines]].


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.
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.

See also [[Video_tutorials|video tutorials]] and [[Books|books]].


==Architecture and BIM==
==Architecture and BIM==
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File:Arch tutorial 00.jpg|link=[[Arch tutorial]]|[[Arch tutorial]] (v0.14) <br/>This is the essential introduction to the Arch Workbench. It is extensive and showcases a typical workflow, from importing plans in DXF format to building the 3D model.
File:Arch tutorial 00.jpg|link=[[Arch tutorial]]|[[Arch tutorial]] (v0.14) <br/>This is the essential introduction to the Arch Workbench. It is extensive and showcases a typical workflow, from importing plans in DXF format to building the 3D model.
File:Exercise arch 01.jpg|link=[[Manual:BIM_modeling]]|[[Manual:BIM_modeling|BIM modeling]] <br/>How to model a small house, produce a blueprint with TechDraw, and export to IFC.
File:Exercise arch 01.jpg|link=[[Manual:BIM_modeling]]|[[Manual:BIM_modeling|BIM modeling]] <br/>How to model a small house, produce a blueprint with TechDraw, and export to IFC.
File:11_T01_window_all_symbol_top.png|link=[[Tutorial_for_open_windows]]|[[Tutorial for open windows|Open windows and doors]] (v0.18) <br/>How to display windows and doors as open, with elevation and plan symbols, and produce a basic floor plan with TechDraw.
File:11_T01_window_all_symbol_top.png|link=[[Tutorial_for_open_windows]]|[[Tutorial_for_open_windows|Open windows and doors]] (v0.18) <br/>How to display windows and doors as open, with elevation and plan symbols, and produce a basic floor plan with TechDraw.
File:17_T02_sketch_2_attached_correctly.png|link=[[Tutorial custom placing of windows and doors]]|[[Tutorial custom placing of windows and doors|Design custom windows]] (v0.18) <br/>How to draw custom doors and windows using the Sketcher, and adjust their normals to correctly place them in walls.
File:17_T02_sketch_2_attached_correctly.png|link=[[Tutorial custom placing of windows and doors]]|[[Tutorial_custom_placing_of_windows_and_doors|Design custom windows]] (v0.18) <br/>How to draw custom doors and windows using the Sketcher, and adjust their normals to correctly place them in walls.
File:Arch_panel_tutorial_01.jpg|link=[[Arch panel tutorial]]|[[Arch panel tutorial]] (v0.15) <br/>Modeling a microhouse roof panel by using the Sketcher, the Window tool, and the Panel tool.
File:Arch_panel_tutorial_01.jpg|link=[[Arch panel tutorial]]|[[Arch_panel_tutorial|Arch panel tutorial]] (v0.15) <br/>Modeling a microhouse roof panel by using the Sketcher, the Window tool, and the Panel tool.
File:Arch_Wikihouse_01.jpg|link=[[Wikihouse porting tutorial]]|[[Wikihouse porting tutorial|WikiHouse modelling]] <br/>Re-modeling the WikiHouse project using sketches and panels, starting from importing a mesh model created in SketchUp.
File:Arch_Wikihouse_01.jpg|link=[[Wikihouse porting tutorial]]|[[Wikihouse_porting_tutorial|WikiHouse modelling]] <br/>Re-modeling the WikiHouse project using sketches and panels, starting from importing a mesh model created in SketchUp.
</gallery>
</gallery>


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<gallery mode=packed heights=200px style="font-size:1.1em">
<gallery mode=packed heights=200px style="font-size:1.1em">
File:GGTuto1 Vue.PNG|link=[[Creating a simple part with PartDesign]]|[[Creating a simple part with PartDesign]] (v0.17)<br/>An introduction to the PartDesign workflow: tracing a sketch, using pad, pocket, and moving the object.
File:GGTuto1 Vue.PNG|link=[[Creating a simple part with Part WB]]|[[Creating_a_simple_part_with_Part_WB|Creating a simple part with Part Workbench]]<br/>An introduction to FreeCAD and Part Workbench using primitive solids.

PD WB Tutorial018.png|link=[[Basic_Part_Design_Tutorial]]|[[Basic_Part_Design_Tutorial|Basic Part Design Tutorial]] (v0.17)<br/>Model a simple part using a feature editing methodology: creating a sketch, using pad, external references, pocket, and mirror.
File:GGTuto1 Vue.PNG|link=[[Creating a simple part with Draft and Part WB]]|[[Creating_a_simple_part_with_Draft_and_Part_WB|Creating a simple part with Draft and Part Workbench]]<br/>An introduction to modeling solids with Draft Workbench by creating a 2d profile in draft.
TBHS-model.png|link=[[Toothbrush Head Stand]]|[[Toothbrush Head Stand|Model an electric toothbrush head stand]] (v0.16)<br/>Multiple features used: sketch, distance and coincident constraints, pad, external references, fillet, chamfer, linear pattern, and draft.

Exercise lego 01.jpg|link=[[Manual:Modeling for product design]]|[[Manual:Modeling for product design|Modeling for product design]] (v0.16)<br/>Modeling a Lego block: sketches, vertical and horizontal distance constraints, pad, pocket, external reference, linear pattern, and assembly.
File:GGTuto1 Vue.PNG|link=[[Creating a simple part with PartDesign]]|[[Creating_a_simple_part_with_PartDesign|Creating a simple part with PartDesign]] (v0.17)<br/>An introduction to the PartDesign workflow: tracing a sketch, using pad, pocket, and moving the object.
Exercise table complete.jpg|link=[[Manual:Traditional modeling, the CSG way]]|[[Manual:Traditional modeling, the CSG way|Traditional modeling, the CSG way]]<br/>Modeling a table by using simple solids like cubes and cylinders, and performing boolean operations (fusions and cuts) with them.
Pd_tut_final_solid.png|link=[[Basic_Part_Design_Tutorial]]|[[Basic_Part_Design_Tutorial|Basic Part Design Tutorial]] (v0.17)<br/>Model a simple part using a feature editing methodology: creating a sketch, using pad, external references, pocket, and mirror.
08_T04_Part_ShapesString_Extrude_final_cut.png|link=[[Draft ShapeString tutorial]]|[[Draft ShapeString tutorial]] (v0.19)<br/>Create engraved text on a solid: extrude a shapestring to make it solid, then use a boolean cut to carve it from another solid.
Pd_tut_final_solid.png|link=[[Basic_Part_Design_Tutorial_019]]|[[Basic_Part_Design_Tutorial_019|Basic Part Design Tutorial 019]] (v0.19 or above)<br/>An updated version of the previous tutorial that creates the same model using techniques that avoid the [[Topological_naming_problem|topological naming problem]].
10_T03_Part_ball_fillet.png|link=[[Whiffle Ball tutorial]]|[[Whiffle Ball tutorial|Create a wiffle ball]] (v0.19)<br/>Use solid primitives, like cubes and cylinders, and boolean operations, like union and cut, to create a hollowed ball.
TBHS-model.png|link=[[Toothbrush_Head_Stand]]|[[Toothbrush_Head_Stand|Model an electric toothbrush head stand]] (v0.16 or above)<br/>Multiple features used: sketch, distance and coincident constraints, pad, external references, fillet, chamfer, linear pattern, and draft.
Tutorial-normand06.jpg|link=[[Basic modeling tutorial]]|[[Basic modeling tutorial]] <br/>Create an iron angle by two methods: using solid primitives, and boolean operations (CSG); and by extruding a planar profile.
Exercise lego 01.jpg|link=[[Manual:Modeling_for_product_design]]|[[Manual:Modeling_for_product_design|Modeling for product design]] (v0.16)<br/>Modeling a Lego block: sketches, vertical and horizontal distance constraints, pad, pocket, external reference, linear pattern, and assembly.
Exercise table complete.jpg|link=[[Manual:Traditional_modeling,_the_CSG_way]]|[[Manual:Traditional_modeling,_the_CSG_way|Traditional modeling, the CSG way]]<br/>Modeling a table by using simple solids like cubes and cylinders, and performing boolean operations (fusions and cuts) with them.
08_T04_Part_ShapesString_Extrude_final_cut.png|link=[[Draft_ShapeString_tutorial]]|[[Draft_ShapeString_tutorial|Draft ShapeString tutorial]] (v0.19)<br/>Create engraved text on a solid: extrude a shapestring to make it solid, then use a boolean cut to carve it from another solid.
10_T03_Part_ball_fillet.png|link=[[Whiffle_Ball_tutorial]]|[[Whiffle_Ball_tutorial|Create a wiffle ball]] (v0.19)<br/>Use solid primitives, like cubes and cylinders, and boolean operations, like union and cut, to create a hollowed ball.
Tutorial-normand06.jpg|link=[[Basic modeling tutorial]]|[[Basic_modeling_tutorial|Basic modeling tutorial]] <br/>Create an iron angle by two methods: using solid primitives, and boolean operations (CSG); and by extruding a planar profile.
File:HTCaeroplane04.png|link=[[Aeroplane]]|[[Aeroplane|Aeroplane tutorial]] <br/>Understand placements in FreeCAD by creating a simple aeroplane model. Then learn about rotation angles, yaw (Z), pitch (Y), and roll (X).
File:HTCaeroplane04.png|link=[[Aeroplane]]|[[Aeroplane|Aeroplane tutorial]] <br/>Understand placements in FreeCAD by creating a simple aeroplane model. Then learn about rotation angles, yaw (Z), pitch (Y), and roll (X).
File:T13_14_Threads_components.png|link=[[Thread_for_Screw_Tutorial]]|[[Thread_for_Screw_Tutorial|Thread for screw tutorial]] (v0.19)<br/>Understand how to create threads with several techniques that include use of the tools [[Part_Helix|Part Helix]], [[PartDesign_AdditivePipe|PartDesign AdditivePipe]], [[Part_Sweep|Part Sweep]], [[Part_Fuse|Part Fuse]], and [[Part_Cut|Part Cut]].
File:T13_14_Threads_components.png|link=[[Thread_for_Screw_Tutorial]]|[[Thread_for_Screw_Tutorial|Thread for screw tutorial]] (v0.19)<br/>Understand how to create threads with several techniques that include use of the tools [[Part_Helix|Part Helix]], [[PartDesign_AdditivePipe|PartDesign AdditivePipe]], [[Part_Sweep|Part Sweep]], [[Part_Fuse|Part Fuse]], and [[Part_Cut|Part Cut]].
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<gallery mode=packed heights=200px style="font-size:1.1em">
<gallery mode=packed heights=200px style="font-size:1.1em">
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 example01 pic00.jpg|link=[[FEM CalculiX Cantilever 3D]]|[[FEM CalculiX Cantilever 3D|CalculiX cantilever FEM analysis]] (v0.20) <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.
FEM tutorial result.png|link=[[FEM tutorial]]|[[FEM tutorial|Simple FEM introduction]] (v0.20) <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|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.
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.

Femconcrete_Wall_3D_rx_PSS.png|link=[[Analysis_of_reinforced_concrete_with_FEM]]|[[Analysis_of_reinforced_concrete_with_FEM|Analysis of reinforced concrete with FEM]] (v0.19) <br/>Estimate the level of reinforcement required in a concrete structure to prevent brittle failure under tension or shear.
Femconcrete_Wall_3D_rx_PSS.png|link=[[Analysis_of_reinforced_concrete_with_FEM]]|[[Analysis_of_reinforced_concrete_with_FEM|Analysis of reinforced concrete with FEM]] (v0.19) <br/>Estimate the level of reinforcement required in a concrete structure to prevent brittle failure under tension or shear.

Two_balls_result_2-cropped.png|link=[[FEM_Example_Capacitance_Two_Balls]]|[[FEM_Example_Capacitance_Two_Balls|Electrostatic equation – Capacitance of two balls]] (v0.19)<br/>This example shows how to simulate a capacitance. It illustrates how to setup the example, study it's various parts, solve it using the [[FEM_SolverElmer|Elmer Solver]] and visualize the results using [[FEM_PostFilterClipRegion|Clip Filter]].

FEM_post-processing_Paraview.png|link=[[Post-Processing_of_FEM_Results_with_Paraview]]|[[Post-Processing_of_FEM_Results_with_Paraview|Post-Processing of FEM results with Paraview]] (v0.19)<br/>This tutorial explains the basics of transferring data from the FEM Workbench to Paraview and shows some of the options and settings for displaying data.
FEM_post-processing_Paraview.png|link=[[Post-Processing_of_FEM_Results_with_Paraview]]|[[Post-Processing_of_FEM_Results_with_Paraview|Post-Processing of FEM results with Paraview]] (v0.19)<br/>This tutorial explains the basics of transferring data from the FEM Workbench to Paraview and shows some of the options and settings for displaying data.
</gallery>
</gallery>
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<gallery mode=packed heights=200px style="font-size:1.1em">
<gallery mode=packed heights=200px style="font-size:1.1em">
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.
Path-WalkThroughResult.gif|link=[[CAM_Walkthrough_for_the_Impatient]]|[[CAM_Walkthrough_for_the_Impatient|CAM Workbench for the impatient]] <br/>This is a quick presentation of the workflow for the CAM 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]] (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.
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 CAM Workbench to generate the G-code.
</gallery>
</gallery>


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== Tutorials - Comprehensive list ==
== Tutorials - Comprehensive list ==

Here are listed all the tutorials that are not in the manual '''regardless of their quality'''. If a tutorial is listed in the [[:Category:Tutorials]] and not in this table please insert it.
Here are listed all the tutorials that are not in the manual '''regardless of their quality'''. If a tutorial is listed in the [[:Category:Tutorials]] and not in this table please insert it.


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! Example files
! Example files


<!-- Template for new entries
<!-- Template for new entries
|-
|-
| [[Tutorial|Tutorial]]
| [[Tutorial|Tutorial]]
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|-
|-
| [[Add_FEM_constraint_tutorial|Add FEM constraint tutorial]]
| [[Add_Button_to_FEM_Toolbar_Tutorial|Add Button to FEM Toolbar Tutorial]]
| Finite Element Analysis
|
|
|
|
|
| [[User:JohnWang|JohnWang]]
|
|

|-
| [[Add_FEM_Constraint_Tutorial|Add FEM Constraint Tutorial]]
| Finite Element Analysis
|
|
| [[User:M42kus|M42kus]]
| [[User:M42kus|M42kus]]
|
|
|
|


|-
|-
| [[Add_FEM_equation_tutorial|Add FEM equation tutorial]]
| [[Add_FEM_Equation_Tutorial|Add FEM Equation Tutorial]]
| Finite Element Analysis
|
|
|
|
|
| [[User:JohnWang|JohnWang]]
| [[User:JohnWang|JohnWang]]
|
|

|-
| [[Adding_a_new_mouse_navigation_option_to_FreeCAD|Adding a new mouse navigation option to FreeCAD (unfinished)]]
| Programming
| Advanced
|
|
| [[User:Kunda1|Kunda1]]
| 0.19.x
| None

|-
| [[Advanced_Attachment_OYX|Advanced Attachment OYX]]
| Attachment
| Intermediate/Advanced
|
|
| [[User:drmacro|drmacro]]
| 0.19
| None

|-
| [[Advanced_TechDraw_Tutorial|Advanced TechDraw Tutorial (unfinished)]]
| TechDraw Workbench
| Advanced
|
| [[User:domad|domad]]
| 0.19
| None


|-
|-
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| 0:10
| 0:10
| Hughthecat
| Hughthecat
|
|
|
|


|-
|-
| [[Analysis_of_reinforced_concrete_with_FEM|Analysis of reinforced concrete with FEM]]
| [[Analysis_of_reinforced_concrete_with_FEM|Analysis of reinforced concrete with FEM]]
| Finite Element Analysis
| Reinforced concrete with FEM
| Intermediate
| Intermediate
| 1:00
| 1:00
| [[User:HarryvL|HarryvL]]
| [[User:HarryvL|HarryvL]]
| 0.19 or above
| 0.19 or above
|
|


|-
|-
| [[Arch_panel_tutorial|Arch panel tutorial]]
| [[Arch_panel_tutorial|Arch panel tutorial]]
| Arch Workbench
| Modeling an architectural panel
| Beginner
| Beginner
| 1:00
| 1:00
| Yorik
| Yorik
|
|
|
|


|-
|-
| [[Arch_tutorial|Arch tutorial]]
| [[Arch_tutorial|Arch tutorial]]
| Modeling
| Modeling
| Intermediate
| Intermediate
|
|
| [[User:Yorik|Yorik]]
| [[User:Yorik|Yorik]]
| 0.14
| 0.14
|
|


|-
|-
| [[Basic_Attachment_Tutorial|Basic Attachment Tutorial]]
| [[Basic_Attachment_Tutorial|Basic Attachment Tutorial]]
| Attachment
| Sketch attachment
| Beginner/intermediate
| Beginner/intermediate
| 01:00
| 1:00
| [[User:Bance|Bance]]
| [[User:Bance|Bance]]
| 0.17 and above
| 0.17 or above
| [https://github.com/BanceFC/Examples/blob/master/Basic_Attachment_Tutorial.FCStd Basic Attachment Tutorial.FCStd]
| [https://github.com/BanceFC/Examples/blob/master/Basic_Attachment_Tutorial.FCStd Basic Attachment Tutorial.FCStd]


|-
|-
| [[Basic_modeling_tutorial|Basic modeling tutorial]]
| [[Basic_modeling_tutorial|Basic modeling tutorial]]
| Modelling
| Introduction to modelling
| Beginner
| Beginner
| 0:15
| 0:15
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| Modeling
| Modeling
| Beginner
| Beginner
|
|
| [[User:Quick61|Mark Stephen (Quick61)]] and [[User:HarryGeier|HarryGeier]]
| [[User:Quick61|Mark Stephen (Quick61)]] and [[User:HarryGeier|HarryGeier]]
| 0.17 or above
| 0.17 or above
| [https://github.com/FreeCAD/Examples/blob/master/Basic_Part_Design_Tutorial_Example_017_Files/Basic_Part_Design_Tutorial_017.fcstd Basic Part Design for v0.17]
| [https://github.com/FreeCAD/Examples/blob/master/Basic_Part_Design_Tutorial_Example_017_Files/Basic_Part_Design_Tutorial_017.fcstd Basic Part Design for v0.17]

|-
| [[Basic_Part_Design_Tutorial_019|Basic Part Design Tutorial 019]]
| Modeling
| Beginner
| 1:00
| [[User:Onekk|Carlo Dormeletti]] and [[User:Edwilliams16|Ed Williams]]
| 0.19 or above
|


|-
|-
| [[Basic_Sketcher_Tutorial|Basic Sketcher Tutorial]]
| [[Basic_Sketcher_Tutorial|Basic Sketcher Tutorial]]
| Sketcher
| Sketcher Workbench
| Beginner
| Beginner
| 1:00
| 1:00
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| TechDraw Workbench
| TechDraw Workbench
| Beginner
| Beginner
|
|
| [[User:WandererFan|WandererFan]]
| [[User:WandererFan|WandererFan]]
| 0.17 and above
| 0.17 or above
| [https://github.com/FreeCAD/Examples/blob/master/Basic_Part_Design_Tutorial_Example_017_Files/Basic_Part_Design_Tutorial_017.fcstd Basic Part Design for v0.17 Sample] [https://github.com/FreeCAD/Examples/blob/master/Basic_TechDraw_Tutorial_Example_Files/Basic_TechDraw_Tutorial.fcstd Basic TechDraw Tutorial Sample]
| [https://github.com/FreeCAD/Examples/blob/master/Basic_Part_Design_Tutorial_Example_017_Files/Basic_Part_Design_Tutorial_017.fcstd Basic Part Design for v0.17 Sample] [https://github.com/FreeCAD/Examples/blob/master/Basic_TechDraw_Tutorial_Example_Files/Basic_TechDraw_Tutorial.fcstd Basic TechDraw Tutorial Sample]

|-
| [[BIM_ingame_tutorial|BIM ingame tutorial]]
| Arch Workbench
| Beginner
|
| [[User:Yorik|Yorik]]
|
|

|-
| [[CAM_Walkthrough_for_the_Impatient|CAM Walkthrough for the Impatient]]
| CAM Workbench
|
|
| Chrisb
|
|


|-
|-
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| Python
| Python
| Beginner
| Beginner
|
|
|
|
|
|
|
|

|-
| [[Creating_a_simple_part_with_Draft_and_Part_WB|Creating a simple part with Draft and Part WB]]
| Modeling
| Beginner
| 1:30
| Heda
| -
| -

|-
| [[Creating_a_simple_part_with_Part_WB|Creating a simple part with Part WB]]
| Modeling
| Beginner
| 2:00
| Heda
| -
| -


|-
|-
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|-
|-
| [[Customize_Toolbars|Customize Toolbars]]
| [[Customize_Toolbars|Customize Toolbars]]
| Customization
|
| Beginner
| Beginner
| 0:05
| 0:05
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| Beginner
| Beginner
| 0:30
| 0:30
| r-frank and vocx
| r-frank and vocx
| 0.17 and above
| 0.17 or above
| [https://github.com/FreeCAD/Examples/blob/master/Draft_Shapestring_Tutorial_Examples/Draft_Shapestring_Tutorial_Text.FCStd?raw=true Draft_Shapestring_Text]
| [https://github.com/FreeCAD/Examples/blob/master/Draft_Shapestring_Tutorial_Examples/Draft_Shapestring_Tutorial_Text.FCStd?raw=true Draft_Shapestring_Text]


|-
|-
| [[Draft_tutorial|Draft tutorial]]
| [[Draft_tutorial|Draft tutorial]]
| Draft Workbench
| Drafting
| Beginner
| Beginner
| 0:30
| 0:30
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|-
|-
| [[Engine_Block_Tutorial|Engine Block Tutorial]]
| [[Drawing_Template_HowTo|Drawing Template HowTo (obsolete)]]
| Part Workbench
| 2D Drafting
| Beginner
| Intermediate
| 1:00
| 1:00
| Andrewbuck40
| [[User:Quick61|Mark Stephen (Quick61)]]
| 0.14.3700 or above
| 0.14.3700
|

|-
| [[Example_Combined_Footing|Example Combined Footing]]
| Reinforcement Workbench
| Intermediate
|
| [[User:Shiv_Charan|Shiv Charan]]
| 0.20
| None
| None


|-
|-
| [[Example_Slab_Having_LShape_Rebars_Reinforcement_Mesh|Example Slab Having LShape Rebars Reinforcement Mesh]]
| [[Drawing_tutorial|Drawing tutorial (obsolete)]]
| Reinforcement Workbench
| Blueprints / Drawings
| Intermediate
| Beginner
| 0:15
| [[User:Drei|Drei]]
| 0.16 or above
|
|
| [[User:Shiv_Charan|Shiv Charan]]
| 0.20
| None


|-
|-
| [[Example_Slab_Having_Mesh_Of_Straight_Rebars|Example Slab Having Mesh Of Straight Rebars]]
| [[Dxf_Importer_Install|Dxf Importer Install]]
| Reinforcement Workbench
| Intermediate
|
|
| [[User:Shiv_Charan|Shiv Charan]]
| 0.20
| None

|-
| [[Example_Slab_Having_UShape_Rebars_Reinforcement_Mesh|Example Slab Having UShape Rebars Reinforcement Mesh]]
| Reinforcement Workbench
| Intermediate
| Intermediate
| 0:05
|
| [[User:Mario52|Mario52]]
| [[User:Shiv_Charan|Shiv Charan]]
| Any
| 0.20
| None
| None


|-
|-
| [[Example_Slab_Spanning_in_One_Direction|Example Slab Spanning in One Direction]]
| [[Engine_Block_Tutorial|Engine Block Tutorial]]
| Part Workbench
| Reinforcement Workbench
| Intermediate
| Beginner
| 1:00
| Andrewbuck40
| 0.14.3700
|
|
| [[User:Shiv_Charan|Shiv Charan]]
| 0.20
| None

|-
| [[Example_Slab_Spanning_in_Two_Directions|Example Slab Spanning in Two Directions]]
| Reinforcement Workbench
| Intermediate
|
| [[User:Shiv_Charan|Shiv Charan]]
| 0.20
| None


|-
|-
| [[Export_to_STL_or_OBJ|Export to STL or OBJ]]
| [[Export_to_STL_or_OBJ|Export to STL or OBJ]]
| Export to STL or OBJ
| Export
| Beginner
| Beginner
| 0:20
| 0:20
| r-frank
| r-frank
| 0.16.6703
| 0.16.6703
|
|


|-
|-
| [[Extend_FEM_Module|Extend FEM Module]]
| [[Extend_FEM_Module|Extend FEM Module]]
| Finite Element Analysis
|
|
|
|
|
| [[User:M42kus|M42kus]]
| [[User:M42kus|M42kus]]
|
|
|
|

|-
| [[FEM_Beginner_tutorial|FEM Beginner tutorial]]
| FEM Beginner tutorial
| Beginner
|
| thschrader
| 0.17.11622+
| [https://github.com/FreeCAD/Examples/blob/master/Whiffle_Ball_Tutorial_ExampleFiles/WhiffleBall_Tutorial_FCWiki.FCStd?raw=true Whiffle Ball]


|-
|-
| [[FEM_CalculiX_Cantilever_3D|FEM CalculiX Cantilever 3D]]
| [[FEM_CalculiX_Cantilever_3D|FEM CalculiX Cantilever 3D]]
| Finite Element Analysis
| Finite Element Analysis
| Beginner
| Beginner
| 0:10
| 0:10
| [[User:Bernd|Bernd]]
| [[User:Bernd|Bernd]]
| 0.16.6377 or above
| 0.16.6377 or above
|

|-
| [[FEM_Example_Capacitance_Two_Balls|FEM Example Capacitance Two Balls]]
| Finite Element Analysis
| Beginner
|
|
| [[User:Sudhanshu Dubey|Sudhanshu Dubey]]
| 0.19
| None


|-
|-
| [[FEM_Shear_of_a_Composite_Block|FEM Shear of a Composite Block]]
| [[FEM_Shear_of_a_Composite_Block|FEM Shear of a Composite Block]]
| Finite Element Analysis
| Finite Element Analysis
| Beginner/Intermediate
| Beginner/Intermediate
| 0:300
| 0:30
| [[User:HarryvL|HarryvL]]
| [[User:HarryvL|HarryvL]]
| 0.17.12960 or above
| 0.17.12960 or above
|
|


|-
|-
| [[FEM_tutorial|FEM tutorial]]
| [[FEM_tutorial|FEM tutorial]]
| Finite Element Analysis
| Finite Element Analysis
| Beginner
| Beginner
| 0:10
| 0:10
| [[User:Drei|Drei]]
| [[User:Drei|Drei]]
| 0.16.6700 or above
| 0.17 or above
|
|


|-
|-
| [[FEM_Tutorial_Python|FEM Tutorial Python]]
| [[FEM_Tutorial_Python|FEM Tutorial Python]]
| Finite Element Analysis
| Finite Element Analysis
| Intermediate
| Intermediate
| 0:30
| 0:30
| [[User:Bernd|Bernd]]
| [[User:Bernd|Bernd]]
| 0.18.15985 or above
| 0.18.15985 or above
|
|


|-
|-
| [[FreeCAD-Ship_s60_tutorial|FreeCAD-Ship s60 tutorial]]
| [[FreeCAD-Ship_s60_tutorial|FreeCAD-Ship s60 tutorial]]
| Ship Workbench
| Ship Workbench
| Beginner
| Beginner
|
|
|
|
|
|
|
|


|-
|-
| [[FreeCAD-Ship_s60_tutorial_(II)|FreeCAD-Ship s60 tutorial (II)]]
| [[FreeCAD-Ship_s60_tutorial_(II)|FreeCAD-Ship s60 tutorial (II)]]
| Ship Workbench
| Ship Workbench
| Beginner
| Beginner
|
|
|
|
|
|
|
|


|-
|-
| [[How_to_install_additional_workbenches|How to install additional workbenches]]
| [[How_to_install_additional_workbenches|How to install additional workbenches]]
| Programming
| Programming
| Medium programmer
| Medium programmer
| 0:15
| 0:15
| [[User:R-frank|r-frank]]
| [[User:R-frank|r-frank]]
Line 410: Line 531:
|-
|-
| [[How_to_install_macros|How to install macros]]
| [[How_to_install_macros|How to install macros]]
| Programming
| Programming
| Medium programmer
| Medium programmer
| 0:15
| 0:15
Line 419: Line 540:
|-
|-
| [[Import_from_STL_or_OBJ|Import from STL or OBJ]]
| [[Import_from_STL_or_OBJ|Import from STL or OBJ]]
| Import from STL or OBJ
| Import
| Beginner
| Beginner
| 0:30
| 0:30
| r-frank
| r-frank
| 1.0
| 0.16.6703
|
| 0.16.6703


|-
|-
| [[Import_OpenSCAD_code|Import OpenSCAD code]]
| [[Import_OpenSCAD_code|Import OpenSCAD code]]
| Import OpenSCAD code
| Import
| Beginner
| Beginner
| 0:30
| 0:30
| r-frank
| r-frank
| 0.16.6704
| 0.16.6704
| None
| None


|-
|-
| [[Import_text_and_geometry_from_Inkscape|Import text and geometry from Inkscape]]
| [[Import_text_and_geometry_from_Inkscape|Import text and geometry from Inkscape]]
| Import
| Import text and geometry from Inkscape
| Beginner
| Beginner
| 0:30
| 0:30
| r-frank
| r-frank
| 0.16.6704
| 0.16.6704
|
|


|-
|-
| [[Import/Export_IFC_-_compiling_IfcOpenShell|Import/Export IFC - compiling IfcOpenShell]]
| [[Import/Export_IFC_-_compiling_IfcOpenShell|Import/Export IFC - compiling IfcOpenShell]]
| Arch Workbench
| Arch Workbench
| Advanced
| Advanced
| 2:00
| 2:00
| Pablo Gil
| Pablo Gil
|
|
|
|


|-
|-
Line 460: Line 581:
| AnHi
| AnHi
| 0.19
| 0.19
|
|


|-
|-
| [[PartDesign_Bearingholder_Tutorial_I|PartDesign Bearingholder Tutorial I]]
| [[PartDesign_Bearingholder_Tutorial_I|PartDesign Bearingholder Tutorial I]]
| Product design - Bearingholder #1
| Product design
| Beginner
| Beginner
| 1:00
| 60 minutes
| NormandC
| NormandC
|
|
|
|


|-
|-
| [[PartDesign_Bearingholder_Tutorial_II|PartDesign Bearingholder Tutorial II]]
| [[PartDesign_Bearingholder_Tutorial_II|PartDesign Bearingholder Tutorial II]]
| Product design - Bearingholder #2
| Product design
| Beginner
| Beginner
| 1:00
| 60 minutes
| NormandC
| NormandC
|
|
|
|


|-
|-
| [[PartDesign_tutorial|PartDesign tutorial]]
| [[PartDesign_tutorial|PartDesign tutorial]]
| Sketcher
| Sketcher Workbench
| Beginner
| Beginner
| 0:15
| 0:15
| [[User:Drei|Drei]]
| [[User:Drei|Drei]]
| 0.16 or above
| 0.16 or above
|
|

|-
| [[Path_Walkthrough_for_the_Impatient|Path Walkthrough for the Impatient]]
| Path Workbench
|
|
| Chrisb
|
|


|-
|-
| [[Plot_Basic_tutorial|Plot Basic tutorial]]
| [[Plot_Basic_tutorial|Plot Basic tutorial]]
| Plot Workbench Basic Tutorial
| Plot Workbench
| Beginner
| Beginner
|
|
|
|
|
|
|
|


|-
|-
| [[Plot_MultiAxes_tutorial|Plot MultiAxes tutorial]]
| [[Plot_MultiAxes_tutorial|Plot MultiAxes tutorial]]
| Plot workbench
| Plot workbench
| Intermediate
| Intermediate
|
|
|
|
|
|
|
|


|-
|-
| [[Post-Processing_of_FEM_Results_with_Paraview|Post-Processing of FEM Results with Paraview]]
| [[Post-Processing_of_FEM_Results_with_Paraview|Post-Processing of FEM Results with Paraview]]
| Finite Element Analysis
| Post-Processing of FEM Results with ParaView
| Intermediate
| Intermediate
| 2:00
| 2:00
| [[User:HarryvL|HarryvL]]
| [[User:HarryvL|HarryvL]]
Line 526: Line 638:


|-
|-
| [[Private_Preference_Packs|Private Preference Packs]]
| [[Python_scripting_tutorial|Python scripting tutorial]]
| Customization
| Programming
| Intermediate
| Intermediate/Advanced
|
|
| [[User:Drmacro|drmacro]]
| 1.0 or above
|

|-
| [[Python_scripting_tutorial|Python scripting tutorial]]
| Programming
| Intermediate
|
|
|
|
|
|
|


|-
|-
| [[Raytracing_tutorial|Raytracing tutorial]]
| [[Raytracing_tutorial|Raytracing tutorial]]
| Raytracing
| Raytracing Workbench
| Beginner
| Beginner
| 0:010
| 0:10
| [[User:Drei|Drei]]
| [[User:Drei|Drei]]
| 0.16 or above
| 0.16 or above
|
|


|-
|-
| [[Robot_6-Axis|Robot 6-Axis]]
| [[Robot_6-Axis|Robot 6-Axis]]
| Robot Workbench
| Robot Workbench
| Intermediate
| Intermediate
|
|
|
|
|
|
|
|


|-
|-
| [[Robot_tutorial|Robot tutorial]]
| [[Robot_tutorial|Robot tutorial]]
| Robot Workbench
| Robot Workbench
| Beginner
| Beginner
|
|
| r-frank
| r-frank
|
|
|
|


|-
|-
| [[Scripted_Parts:_Ball_Bearing_-_Part_1|Scripted Parts: Ball Bearing - Part 1]]
| [[Scripted_Parts:_Ball_Bearing_-_Part_1|Scripted Parts: Ball Bearing - Part 1]]
| Python
| Part Scripting - Ball Bearing #1
| Beginner
| Beginner
| 0:30
| 0:30
| r-frank
| r-frank
| 0.16.6706
| 0.16.6706
|
|


|-
|-
| [[Scripted_Parts:_Ball_Bearing_-_Part_2|Scripted Parts: Ball Bearing - Part 2]]
| [[Scripted_Parts:_Ball_Bearing_-_Part_2|Scripted Parts: Ball Bearing - Part 2]]
| Python
| Part Scripting - Ball Bearing #2
| Beginner
| Beginner
| 0:30
| 0:30
| r-frank
| r-frank
| 0.16.6706
| 0.16.6706
|
|


|-
|-
| [[Scripts|Scripts]]
| [[Scripts|Scripts]]
| Python
| Scripting
| Beginner
| Beginner
|
|
| onekk Carlo
| onekk Carlo
| 0.19
| 0.19
|
|


|-
|-
| [[Sketcher_Micro_Tutorial_-_Constraint_Practices|Sketcher Micro Tutorial - Constraint Practices]]
| [[Sketcher_Micro_Tutorial_-_Constraint_Practices|Sketcher Micro Tutorial - Constraint Practices]]
| Sketcher
| Sketcher Workbench
| Beginner
| Beginner
| 0:30
| 0:30
| [[User:Quick61|Mark Stephen (Quick61)]] and vocx
| [[User:Quick61|Mark Stephen (Quick61)]] and vocx
| 0.19
| 0.19
| [https://forum.freecadweb.org/viewtopic.php?f=36&p=371659#p371659 Sketcher Constraints practices]
| [https://forum.freecadweb.org/viewtopic.php?f=36&p=371659#p371659 Sketcher Constraints practices]


|-
|-
| [[Sketcher_reference|Sketcher reference]]
| [[Sketcher_reference|Sketcher reference]]
| Sketcher Workbench
|
|
|
|
|
|
|
|
|
|
|


|-
|-
| [[Sketcher_requirement_for_a_sketch|Sketcher requirement for a sketch]]
| [[Sketcher_requirement_for_a_sketch|Sketcher requirement for a sketch]]
| Sketcher
| Sketcher Workbench
| Beginner
| Beginner
|
|
| [[User:Maker|Maker]]
| [[User:Maker|Maker]]
|
|
| None
| None


|-
|-
| [[Sketcher_Tutorial|Sketcher Tutorial]]
| [[Sketcher_Tutorial|Sketcher Tutorial]]
| Sketcher
| Sketcher Workbench
| Beginner
| Beginner
|
| Ulrich
|
|

|-
| [[TechDraw_HowTo_Page|TechDraw HowTo Page]]
| TechDraw Workbench
|
|
| Ulrich
|
|
|
|
| 0.19
| None


|-
|-
| [[TechDraw_pitch_circle_tutorial|TechDraw pitch circle tutorial]]
| [[TechDraw_Pitch_Circle_Tutorial|TechDraw Pitch Circle Tutorial]]
| TechDraw Workbench
| TechDraw Workbench
| Beginner
| Beginner
| 0:10
| 0:10
| Andergrin
| Andergrin
| 0.19
| None

|-
| [[TechDraw_TemplateGenerator|TechDraw TemplateGenerator]]
| TechDraw Workbench
| Intermediate
|
| [[User:FBXL5|FBXL5]]
| 0.19
| 0.19
| None
| None
Line 635: Line 774:
|-
|-
| [[TechDraw_TemplateHowTo|TechDraw TemplateHowTo]]
| [[TechDraw_TemplateHowTo|TechDraw TemplateHowTo]]
| TechDraw Workbench
| TechDraw Workbench
| Intermediate
| Intermediate
| 1:00
| 1:00
| wandererfan
| wandererfan
| 0.17
| 0.17
| None
| None


Line 645: Line 784:
| [[Thread_for_Screw_Tutorial|Thread for Screw Tutorial]]
| [[Thread_for_Screw_Tutorial|Thread for Screw Tutorial]]
| Product design
| Product design
| Advanced
| Advanced
| 1:00
| 1:00
| [[User:DeepSOIC|DeepSOIC]], [[User:Murdic|Murdic]], vocx
| [[User:DeepSOIC|DeepSOIC]], [[User:Murdic|Murdic]], vocx
| 0.19
| 0.19
| [https://forum.freecadweb.org/viewtopic.php?f=36&t=44668 Updated: Thread for screw tutorial]
| [https://forum.freecadweb.org/viewtopic.php?f=36&t=44668 Updated: Thread for screw tutorial]


|-
|-
| [[Toothbrush_Head_Stand|Toothbrush Head Stand]]
| [[Toothbrush_Head_Stand|Toothbrush Head Stand]]
| Modeling
| Modeling
| Beginner
| Beginner
| 1:00
| 1:00
| [[User:EmmanuelG|EmmanuelG]]
| [[User:EmmanuelG|EmmanuelG]]
| 0.16 or greater
| 0.16 or above
| [https://www.thingiverse.com/thing:2403310 Thingiverse 2403310]
| [https://www.thingiverse.com/thing:2403310 Thingiverse 2403310]


Line 663: Line 802:
| [[Topological_data_scripting|Topological data scripting]]
| [[Topological_data_scripting|Topological data scripting]]
| Programming
| Programming
| Intermediate
| Intermediate
|
|
|
|
|
|
|
|


|-
|-
| [[Transient_FEM_analysis|Transient FEM analysis]]
| [[Transient_FEM_analysis|Transient FEM analysis]]
| Finite Element Analysis
| Transient FEM analysis
|
|
|
|
|
|
|
|
|
|


|-
|-
| [[Tutorial_custom_placing_of_windows_and_doors|Tutorial custom placing of windows and doors]]
| [[Tutorial_custom_placing_of_windows_and_doors|Tutorial custom placing of windows and doors]]
| Arch Workbench
| Architecture
| Intermediate
| Intermediate
| 1:00
| 1:00
| [[User:Vocx|Vocx]]
| [[User:Vocx|Vocx]]
Line 689: Line 828:
|-
|-
| [[Tutorial_for_open_windows|Tutorial for open windows]]
| [[Tutorial_for_open_windows|Tutorial for open windows]]
| Arch Workbench
| Architecture
| Beginner
| Beginner
| 1:00
| 1:00
| [[User:Vocx|Vocx]]
| [[User:Vocx|Vocx]]
Line 698: Line 837:
|-
|-
| [[Tutorial_FreeCAD_POV_ray|Tutorial FreeCAD POV ray]]
| [[Tutorial_FreeCAD_POV_ray|Tutorial FreeCAD POV ray]]
| Raytracing Workbench
| Rendering
| Intermediate
| Intermediate
| 2:00
| 2:00
| [[User:Vocx|Vocx]]
| [[User:Vocx|Vocx]]
| 0.18 or above
| 0.18 or above
| None

|-
| [[Tutorial_KinematicAssembly|Tutorial KinematicAssembly]]
| Assembly3 Workbench
| Beginner
| 0:30
| [[User:FBXL5|FBXL5]]
| 0.20 or above
| None

|-
| [[Tutorial_KinematicController|Tutorial KinematicController]]
| Programming
| Intermediate
| 1:00
| [[User:FBXL5|FBXL5]]
| 0.20 or above
| None

|-
| [[Tutorial_KinematicSkeleton|Tutorial KinematicSkeleton]]
| Assembly3 Workbench
| Intermediate
| 0:40
| [[User:FBXL5|FBXL5]]
| 0.20
| None
| None


|-
|-
| [[Tutorial_Render_with_Blender|Tutorial Render with Blender]]
| [[Tutorial_Render_with_Blender|Tutorial Render with Blender]]
| Rendering
| Rendering
| Intermediate
| Intermediate
| 1:00
| 1:00
| [[User:Vocx|Vocx]]
| [[User:Vocx|Vocx]]
Line 717: Line 883:
| [[VRML_Preparation_for_Robot_Simulation|VRML Preparation for Robot Simulation]]
| [[VRML_Preparation_for_Robot_Simulation|VRML Preparation for Robot Simulation]]
| Robot Workbench
| Robot Workbench
| Intermediate
| Intermediate
|
|
|
|
| 0.11.4252ppa1
| 0.11.4252ppa1
|
|

|-
| [[Washers|Washers]]
|
|
|
|
|
| None


|-
|-
| [[Whiffle_Ball_tutorial|Whiffle Ball tutorial]]
| [[Whiffle_Ball_tutorial|Whiffle Ball tutorial]]
| Product design
| Product design
| Beginner
| Beginner
| 0:30
| 0:30
| r-frank and vocx
| r-frank and vocx
| 0.17 and above
| 0.17 or above
| [https://github.com/FreeCAD/Examples/blob/master/Whiffle_Ball_Tutorial_ExampleFiles/WhiffleBall_Tutorial_FCWiki.FCStd?raw=true WhiffleBall_Tutorial_FCWiki.FCStd]
| [https://github.com/FreeCAD/Examples/blob/master/Whiffle_Ball_Tutorial_ExampleFiles/WhiffleBall_Tutorial_FCWiki.FCStd?raw=true WhiffleBall_Tutorial_FCWiki.FCStd]


|-
|-
| [[Wikihouse_porting_tutorial|Wikihouse porting tutorial]]
| [[Wikihouse_porting_tutorial|Wikihouse porting tutorial]]
| Import
| Wikihouse porting tutorial
| Intermediate/Advanced
| Intermediate/Advanced
| 1:00
| 1:00
|
|
|
|
|
|


|}
|}

Latest revision as of 09:18, 18 March 2024

Other languages:

이 페이지는 고품질 자습서를 제공합니다. 완전한, 정렬되지 않은 목록은 Category:Tutorials에 있습니다.

If you'd like to contribute with writing wiki documentation and tutorials, see the general wiki guidelines in WikiPages, and read the Tutorial guidelines.

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.

See also video tutorials and books.

Architecture and BIM

  • Arch tutorial (v0.14) This is the essential introduction to the Arch Workbench. It is extensive and showcases a typical workflow, from importing plans in DXF format to building the 3D model.

    Arch tutorial (v0.14)
    This is the essential introduction to the Arch Workbench. It is extensive and showcases a typical workflow, from importing plans in DXF format to building the 3D model.

  • BIM modeling How to model a small house, produce a blueprint with TechDraw, and export to IFC.

    BIM modeling
    How to model a small house, produce a blueprint with TechDraw, and export to IFC.

  • Open windows and doors (v0.18) How to display windows and doors as open, with elevation and plan symbols, and produce a basic floor plan with TechDraw.

    Open windows and doors (v0.18)
    How to display windows and doors as open, with elevation and plan symbols, and produce a basic floor plan with TechDraw.

  • Design custom windows (v0.18) How to draw custom doors and windows using the Sketcher, and adjust their normals to correctly place them in walls.

    Design custom windows (v0.18)
    How to draw custom doors and windows using the Sketcher, and adjust their normals to correctly place them in walls.

  • Arch panel tutorial (v0.15) Modeling a microhouse roof panel by using the Sketcher, the Window tool, and the Panel tool.

    Arch panel tutorial (v0.15)
    Modeling a microhouse roof panel by using the Sketcher, the Window tool, and the Panel tool.

  • WikiHouse modelling Re-modeling the WikiHouse project using sketches and panels, starting from importing a mesh model created in SketchUp.

    WikiHouse modelling
    Re-modeling the WikiHouse project using sketches and panels, starting from importing a mesh model created in SketchUp.

Modeling parts

FreeCAD provides two main workflows to modeling parts:

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.

The Raspberry Pi project has made simple tutorials that are easy to follow, particularly for those new to CAD systems:

Drafting and Sketching

  • Traditional 2D drafting Draw a floor plan with lines, wires, rectangles, circular arcs, and add hatch patterns, annotations, and dimensions. Export the result to DXF.

    Traditional 2D drafting
    Draw a floor plan with lines, wires, rectangles, circular arcs, and add hatch patterns, annotations, and dimensions. Export the result to DXF.

  • Draft tutorial (v0.19) This is a basic introduction to the tools of the Draft Workbench: working plane, grid, line, arc, upgrade, rectangle, circle, polygon, arrays, dimensions, annotations, and shapestring.

    Draft tutorial (v0.19)
    This is a basic introduction to the tools of the Draft Workbench: working plane, grid, line, arc, upgrade, rectangle, circle, polygon, arrays, dimensions, annotations, and shapestring.

  • Sketcher reference (v0.18) This is a 70-page long PDF document that serves as a detailed manual for the Sketcher Workbench. It explains the basics of Sketcher usage, and goes into a lot of detail about the creation of geometrical shapes, and each of the constraints.

    Sketcher reference (v0.18)
    This is a 70-page long PDF document that serves as a detailed manual for the Sketcher Workbench. It explains the basics of Sketcher usage, and goes into a lot of detail about the creation of geometrical shapes, and each of the constraints.

  • Basic Sketcher Tutorial (v0.19) This is a basic introduction to the tools of the Sketcher Workbench: construction mode, line, circle, arc, constraints (equality, vertical, horizontal, tangential, distance, angle, radius).

    Basic Sketcher Tutorial (v0.19)
    This is a basic introduction to the tools of the Sketcher Workbench: construction mode, line, circle, arc, constraints (equality, vertical, horizontal, tangential, distance, angle, radius).

  • Sketcher constraints practices (v0.19) Learn to efficiently constrain a sketch. Prefer geometric constraints over datum constraints.

    Sketcher constraints practices (v0.19)
    Learn to efficiently constrain a sketch. Prefer geometric constraints over datum constraints.

Technical Drawings

  • Basic TechDraw Tutorial (v0.17) This is the essential introduction to the tools of the TechDraw Workbench: page, view, scale, vertical and horizontal dimensions, annotations, projection groups, linking dimensions to the 3D view.

    Basic TechDraw Tutorial (v0.17)
    This is the essential introduction to the tools of the TechDraw Workbench: page, view, scale, vertical and horizontal dimensions, annotations, projection groups, linking dimensions to the 3D view.

  • Creating a new background template (v0.17) Instructions to create a page template in Inkscape for using it with the TechDraw Workbench. Determine the size of the sheet, draw a frame for the page, define fixed text, and editable text fields.

    Creating a new background template (v0.17)
    Instructions to create a page template in Inkscape for using it with the TechDraw Workbench. Determine the size of the sheet, draw a frame for the page, define fixed text, and editable text fields.

  • Measurement Of Angles On Holes (v0.19) Instructions for adding center lines and subsequent angle representations on holes.

    Measurement Of Angles On Holes (v0.19)
    Instructions for adding center lines and subsequent angle representations on holes.

FEM

  • CalculiX cantilever FEM analysis (v0.20) 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.

    CalculiX cantilever FEM analysis (v0.20)
    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.

  • Simple FEM introduction (v0.20) 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.

    Simple FEM introduction (v0.20)
    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.

  • FEM shear analysis of a composite block (v0.17) 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 shear analysis of a composite block (v0.17)
    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.

  • Analysis of reinforced concrete with FEM (v0.19) Estimate the level of reinforcement required in a concrete structure to prevent brittle failure under tension or shear.

    Analysis of reinforced concrete with FEM (v0.19)
    Estimate the level of reinforcement required in a concrete structure to prevent brittle failure under tension or shear.

  • Electrostatic equation – Capacitance of two balls (v0.19) This example shows how to simulate a capacitance. It illustrates how to setup the example, study it's various parts, solve it using the Elmer Solver and visualize the results using Clip Filter.

    Electrostatic equation – Capacitance of two balls (v0.19)
    This example shows how to simulate a capacitance. It illustrates how to setup the example, study it's various parts, solve it using the Elmer Solver and visualize the results using Clip Filter.

  • Post-Processing of FEM results with Paraview (v0.19) This tutorial explains the basics of transferring data from the FEM Workbench to Paraview and shows some of the options and settings for displaying data.

    Post-Processing of FEM results with Paraview (v0.19)
    This tutorial explains the basics of transferring data from the FEM Workbench to Paraview and shows some of the options and settings for displaying data.

CNC & 3D Printing

  • CAM Workbench for the impatient This is a quick presentation of the workflow for the CAM 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.

    CAM Workbench for the impatient
    This is a quick presentation of the workflow for the CAM 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.

  • Preparing models for 3D printing (v0.16) 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 CAM Workbench to generate the G-code.

    Preparing models for 3D printing (v0.16)
    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 CAM Workbench to generate the G-code.

Rendering

  • Creating renderings Quickly produce a rendered image of your bodies with POV-Ray and LuxRender, if they are installed in your system.

    Creating renderings
    Quickly produce a rendered image of your bodies with POV-Ray and LuxRender, if they are installed in your system.

  • Raytracing tutorial (v0.16) Describes the basic workflow of the Raytracing Workbench using POV-Ray or LuxRender: set the path to the renderers, create a project, set the camera position, select the model, run the renderer.

    Raytracing tutorial (v0.16)
    Describes the basic workflow of the Raytracing Workbench using POV-Ray or LuxRender: set the path to the renderers, create a project, set the camera position, select the model, run the renderer.

  • Intermediate FreeCAD and POV-ray tutorial (v0.18) Workflow to produce a better render with POV-Ray: create a project, add objects, set the camera, save the .pov file, manually edit the file to improve the textures, planes, lights, and then run the renderer.

    Intermediate FreeCAD and POV-ray tutorial (v0.18)
    Workflow to produce a better render with POV-Ray: create a project, add objects, set the camera, save the .pov file, manually edit the file to improve the textures, planes, lights, and then run the renderer.

  • Rendering a FreeCAD assembly with Blender (v0.18) Export bodies from FreeCAD to Wavefront .obj, import the file into Blender, set up a simple Sun light, assign basic materials with the Principled BSDF shader, and produce a rendered image with EEVEE and Cycles.

    Rendering a FreeCAD assembly with Blender (v0.18)
    Export bodies from FreeCAD to Wavefront .obj, import the file into Blender, set up a simple Sun light, assign basic materials with the Principled BSDF shader, and produce a rendered image with EEVEE and Cycles.

Robot workbench

Development of the Robot Workbench is currently abandoned. Please inquire on our forum regarding any news or alternative workbenches.
  • Robot tutorial (v0.17) Simulate the movement of an industrial robot: set up a trajectory, set up home position, change the robot position, insert various waypoints, and simulate the robot movement.

    Robot tutorial (v0.17)
    Simulate the movement of an industrial robot: set up a trajectory, set up home position, change the robot position, insert various waypoints, and simulate the robot movement.

Scripting

These are tutorials that are related to scripting or programming. They are geared towards more experienced users, who are already somewhat familiar with the program.

Tutorials - Comprehensive list

Here are listed all the tutorials that are not in the manual regardless of their quality. If a tutorial is listed in the Category:Tutorials and not in this table please insert it.

Tutorial Topic Level Time to complete hh:mm Authors FreeCAD version Example files


Add Button to FEM Toolbar Tutorial Finite Element Analysis JohnWang
Add FEM Constraint Tutorial Finite Element Analysis M42kus
Add FEM Equation Tutorial Finite Element Analysis JohnWang
Adding a new mouse navigation option to FreeCAD (unfinished) Programming Advanced Kunda1 0.19.x None
Advanced Attachment OYX Attachment Intermediate/Advanced drmacro 0.19 None
Advanced TechDraw Tutorial (unfinished) TechDraw Workbench Advanced domad 0.19 None
Aeroplane Part Workbench Beginner 0:10 Hughthecat
Analysis of reinforced concrete with FEM Finite Element Analysis Intermediate 1:00 HarryvL 0.19 or above
Arch panel tutorial Arch Workbench Beginner 1:00 Yorik
Arch tutorial Modeling Intermediate Yorik 0.14
Basic Attachment Tutorial Attachment Beginner/intermediate 1:00 Bance 0.17 or above Basic Attachment Tutorial.FCStd
Basic modeling tutorial Modelling Beginner 0:15 NormandC Any None
Basic Part Design Tutorial Modeling Beginner Mark Stephen (Quick61) and HarryGeier 0.17 or above Basic Part Design for v0.17
Basic Part Design Tutorial 019 Modeling Beginner 1:00 Carlo Dormeletti and Ed Williams 0.19 or above
Basic Sketcher Tutorial Sketcher Workbench Beginner 1:00 Drei and Vocx 0.19 Basic Sketcher tutorial
Basic TechDraw Tutorial TechDraw Workbench Beginner WandererFan 0.17 or above Basic Part Design for v0.17 Sample Basic TechDraw Tutorial Sample
BIM ingame tutorial Arch Workbench Beginner Yorik
CAM Walkthrough for the Impatient CAM Workbench Chrisb
Code snippets Python Beginner
Creating a simple part with Draft and Part WB Modeling Beginner 1:30 Heda - -
Creating a simple part with Part WB Modeling Beginner 2:00 Heda - -
Creating a simple part with PartDesign Modeling Beginner 1:00 GlouGlou 0.17 or above Creating a simple PartDesign Body.FCStd
Customize Toolbars Customization Beginner 0:05 Mario52 Any None
Draft ShapeString tutorial Product Design Beginner 0:30 r-frank and vocx 0.17 or above Draft_Shapestring_Text
Draft tutorial Draft Workbench Beginner 0:30 Drei and vocx 0.19 Draft tutorial updated
Engine Block Tutorial Part Workbench Beginner 1:00 Andrewbuck40 0.14.3700
Example Combined Footing Reinforcement Workbench Intermediate Shiv Charan 0.20 None
Example Slab Having LShape Rebars Reinforcement Mesh Reinforcement Workbench Intermediate Shiv Charan 0.20 None
Example Slab Having Mesh Of Straight Rebars Reinforcement Workbench Intermediate Shiv Charan 0.20 None
Example Slab Having UShape Rebars Reinforcement Mesh Reinforcement Workbench Intermediate Shiv Charan 0.20 None
Example Slab Spanning in One Direction Reinforcement Workbench Intermediate Shiv Charan 0.20 None
Example Slab Spanning in Two Directions Reinforcement Workbench Intermediate Shiv Charan 0.20 None
Export to STL or OBJ Export Beginner 0:20 r-frank 0.16.6703
Extend FEM Module Finite Element Analysis M42kus
FEM CalculiX Cantilever 3D Finite Element Analysis Beginner 0:10 Bernd 0.16.6377 or above
FEM Example Capacitance Two Balls Finite Element Analysis Beginner Sudhanshu Dubey 0.19 None
FEM Shear of a Composite Block Finite Element Analysis Beginner/Intermediate 0:30 HarryvL 0.17.12960 or above
FEM tutorial Finite Element Analysis Beginner 0:10 Drei 0.17 or above
FEM Tutorial Python Finite Element Analysis Intermediate 0:30 Bernd 0.18.15985 or above
FreeCAD-Ship s60 tutorial Ship Workbench Beginner
FreeCAD-Ship s60 tutorial (II) Ship Workbench Beginner
How to install additional workbenches Programming Medium programmer 0:15 r-frank Any None
How to install macros Programming Medium programmer 0:15 Mario52 Any None
Import from STL or OBJ Import Beginner 0:30 r-frank 0.16.6703
Import OpenSCAD code Import Beginner 0:30 r-frank 0.16.6704 None
Import text and geometry from Inkscape Import Beginner 0:30 r-frank 0.16.6704
Import/Export IFC - compiling IfcOpenShell Arch Workbench Advanced 2:00 Pablo Gil
Measurement Of Angles On Holes TechDraw Workbench Beginner 0:01 AnHi 0.19
PartDesign Bearingholder Tutorial I Product design Beginner 1:00 NormandC
PartDesign Bearingholder Tutorial II Product design Beginner 1:00 NormandC
PartDesign tutorial Sketcher Workbench Beginner 0:15 Drei 0.16 or above
Plot Basic tutorial Plot Workbench Beginner
Plot MultiAxes tutorial Plot workbench Intermediate
Post-Processing of FEM Results with Paraview Finite Element Analysis Intermediate 2:00 HarryvL 0.19 Beam and wall
Private Preference Packs Customization Intermediate/Advanced drmacro 1.0 or above
Python scripting tutorial Programming Intermediate
Raytracing tutorial Raytracing Workbench Beginner 0:10 Drei 0.16 or above
Robot 6-Axis Robot Workbench Intermediate
Robot tutorial Robot Workbench Beginner r-frank
Scripted Parts: Ball Bearing - Part 1 Python Beginner 0:30 r-frank 0.16.6706
Scripted Parts: Ball Bearing - Part 2 Python Beginner 0:30 r-frank 0.16.6706
Scripts Python Beginner onekk Carlo 0.19
Sketcher Micro Tutorial - Constraint Practices Sketcher Workbench Beginner 0:30 Mark Stephen (Quick61) and vocx 0.19 Sketcher Constraints practices
Sketcher reference Sketcher Workbench
Sketcher requirement for a sketch Sketcher Workbench Beginner Maker None
Sketcher Tutorial Sketcher Workbench Beginner Ulrich
TechDraw HowTo Page TechDraw Workbench 0.19 None
TechDraw Pitch Circle Tutorial TechDraw Workbench Beginner 0:10 Andergrin 0.19 None
TechDraw TemplateGenerator TechDraw Workbench Intermediate FBXL5 0.19 None
TechDraw TemplateHowTo TechDraw Workbench Intermediate 1:00 wandererfan 0.17 None
Thread for Screw Tutorial Product design Advanced 1:00 DeepSOIC, Murdic, vocx 0.19 Updated: Thread for screw tutorial
Toothbrush Head Stand Modeling Beginner 1:00 EmmanuelG 0.16 or above Thingiverse 2403310
Topological data scripting Programming Intermediate
Transient FEM analysis Finite Element Analysis
Tutorial custom placing of windows and doors Arch Workbench Intermediate 1:00 Vocx 0.18 or above None
Tutorial for open windows Arch Workbench Beginner 1:00 Vocx 0.18 or above None
Tutorial FreeCAD POV ray Raytracing Workbench Intermediate 2:00 Vocx 0.18 or above None
Tutorial KinematicAssembly Assembly3 Workbench Beginner 0:30 FBXL5 0.20 or above None
Tutorial KinematicController Programming Intermediate 1:00 FBXL5 0.20 or above None
Tutorial KinematicSkeleton Assembly3 Workbench Intermediate 0:40 FBXL5 0.20 None
Tutorial Render with Blender Rendering Intermediate 1:00 Vocx 0.18 or above None
VRML Preparation for Robot Simulation Robot Workbench Intermediate 0.11.4252ppa1
Whiffle Ball tutorial Product design Beginner 0:30 r-frank and vocx 0.17 or above WhiffleBall_Tutorial_FCWiki.FCStd
Wikihouse porting tutorial Import Intermediate/Advanced 1:00


User documentation
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