Bocko Schuger

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Autodesk INVENTOR - Exercise - 2D into 3D Modeling

Bocko Schuger
in Design & CAD
1 0 Beginner
In this guide are displayed ADESK INVENTOR steps modeling based on technical drawings 2D into 3D modeling. The 2D drawing is cover pump. Example of exercise/Part Design training. Basic features: Boss-Extrude, Shell, Mirror, Hole, Hole with thread, Circular Pattern, Rectangular Pattern, Fillet. Basic entities of the sketches: Line, Circle, Rectangle Fillet. Reference elements: Offset plane.
Autodesk Inventor circular pattern rectangular thread with hole cut shell boss extrude

SolidWorks - Exercise - 2D into 3D Modeling - Extrude - Shall - Hole with thread - Fillet

Bocko Schuger
in Design & CAD
4 0 Beginner
In this guide are displayed SolidWorks steps modeling based on technical drawings 2D into 3D modeling. The 2D drawing is pump cover. Example of exercise/Part Design training. Basic features: Boss-Extrude, Shell, Mirror, Hole, Hole with thread, Circular Pattern, Rectangular Pattern, Fillet. Basic entities of the sketches: Line, Circle, Rectangle Fillet. Reference elements: Offset plane.
SOLIDWORKS solidworks linear pattern circular thread with hole mirror plane shall extrude

Autodesk INVENTOR - VALVE - 2D into 3D Modeling - Revolve - Extrude

Bocko Schuger
in Design & CAD
1 0 Beginner
In this guide are displayed Autodesk INVENTOR steps modeling based on technical drawings 2D into 3D modeling. Example of exercise/Part Design training. Basic features: Revolve, Boss-Extrude, Cut-Extrude, Mirror, Hole, Circular Patern, Fillet. Basic entities of the sketches: Line, Circle, Arc, Rectangle. Reference elements: Offset plane.
Autodesk Inventor patern circular modeling 3d into 2d inventor autodesk plane miror extrude revolve valve

Autodesk INVENTOR - 2D into 3D Modeling

Bocko Schuger
in Design & CAD
5 0 Beginner
In this guide are displayed Autodesk Inventor steps modeling based on technical drawings 2D into 3D modeling. Example of exercise/Part Design training. Basic features: Revolve, Mirror, Hole, Hole with thread, Fillet. Basic entities of the sketches: Line, Circle, Arc, Rectangle Fillet.
Autodesk Inventor modeling 3d into 2d extrude revolve

Extruded boss on the sphere - ADESK INVENTOR - Exercise - 2D into 3D Modeling

Bocko Schuger
in Design & CAD
2 2 Beginner
In this guide are displayed ADESK INVENTOR steps that are required for extruded boss to the sphere surface and modeling of the overall model based on technical drawings. 2D into 3D solid modeling. Example of exercise.
Autodesk Inventor inventor autodesk thread with hole surface tangent plane boss sphere extruded

Extruded boss on the sphere - Autodesk INVENTOR

Bocko Schuger
in Design & CAD
0 0 Beginner
In this guide are displayed steps that are required for extruded boss to the sphere surface for beginners in ADESK INVENTOR.
Autodesk Inventor inventor autodesk surface tangent plane boss sphere extruded

SolidWorks - 2D into 3D Modeling

Bocko Schuger
in Design & CAD
0 1 Beginner
In this guide are displayed SolidWorks steps modeling based on technical drawings 2D into 3D modeling. Example of exercise/Part Design training. Basic features: Boss-Extrude, Cut-Extrude, Mirror, Hole, Hole with thread, Circular Patern, Rectangular Pattern, Fillet. Basic entities of the sketches: Line, Circle, Arc, Rectangle Fillet. Reference elements: Offset plane.
SOLIDWORKS fillet pattern rectangular patern circular thread with hole mirror cut-extrude boss-extrude extruded

Extruded boss on the sphere - CATIA V5 Exercise - 2D into 3D modeling

Bocko Schuger
in Design & CAD
1 0 Beginner
In this guide are displayed CATIA V5 steps that are required for extruded boss/base to the sphere surface and modeling of the overall model based on technical drawings. 2D into 3D solid modeling. Example of exercise. 3D Modeling: Features to be used: Sketch, Shaft, Boss-Extrude, Reference Geometry - Plane, Linear Pattern, Mirror Feature, Mirror Body, Hole, Hole with thread.
CATIA 3d into 2d shaft surfaces tangent plane boss sphere extruded

Extruded (Pad) boss to the sphere surfaces in CATIA V5

Bocko Schuger
in Design & CAD
0 0 Beginner
In this guide are displayed steps that are required for extruded (Pad definition) boss/base to the sphere surface in Catia V5.
CATIA shaft surfaces tangent plane boss sphere extruded

Extruded boss on the sphere - SolidWorks - Exercise - 2D into 3D solid modeling

Bocko Schuger
in Design & CAD
4 0 Beginner
In this guide are displayed SolidWorks steps that are required for extruded boss to the sphere surface and modeling of the overall model based on technical drawings. 2D into 3D solid modeling. Example of exercise.
SOLIDWORKS 3d into 2d plane solidworks boss sphere extruded

Extruded boss on the sphere - SolidWorks

Bocko Schuger
in Design & CAD
0 0 Beginner
In this guide are displayed steps that are required for extruded boss to the sphere surface for beginners in SolidWorks.
SOLIDWORKS plane solidworks boss sphere extruded

CATIA V5 - What to do when you can not use standard command Mirror the Hole!

Bocko Schuger
in Design & CAD
1 0 Beginner
The introduction of the new body which multiply holes, when the standard methods can not be used (mirrors, circular patterns...).
CATIA catia body patterns circular miiror
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