Dear Viewers, Today we will design the 'Car Engine (2 Turbo V6) Advanced Assembly Designing' in the Autodesk Inventor 2018 version. In the second part of this assembly video, I will show you how to make 12 remaining parts and 1 Main Assembly to complete this tutorial.
If you want to see the initial components of this assembly being made, then you can watch my first part of the video by going to this link.
So please click here on this link to watch it.........👇👇👇
• Autodesk Inventor Tuto...
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This Assembly tutorial covers topics from Inventor Basics like 2-D sketching and Part/Assembly modelling. This assembly contains several parts such as the Engine Valve, Rocker Spring, Belt Wheel, Intake Manifold, Engine front Cover, Engine Oil Pan, Air Turbo, Engine Valve Cover, Hose Pipe etc., and One main Assembly. First, we create the Engine Valve part then later each component is created individually with no relation to each other which you can term the Bottom-up designing process. In this process, the 12 parts are designed individually, and afterwards, all parts and subassemblies are inserted into the main assembly by using the assembly constraints. When the parts have been modified the changes also appear in the assembly.
This Video will cover:-
1. Create basic 2D sketches on different datum planes like XY, YZ and XZ with the help of Lines, Circles, Rectangles, 3-point arcs, 3D sketching, 3D sketch lines, 3D Spline etc.
2. Create a solid feature by using the Extrude, Extruded with the cut option, Revolve, Revolve with the cut option, Create a Shell feature, Loft tool, Complex Loft feature with Rails/Centre Line Rails, Hole tool, Fillet, Mirror Feature, Rotate/Move Feature, Combine, Pattern/Mirror Feature and Chamfer commands.
3. Surface features like extrude with surface option, Lofted Surface, Extend Surface, Trim Surface, Offset surface, Stitch surfaces etc.
4. Place the part in the Assembly by using the Place Components command.
5. Use the 'Mate' command to position two components relative to one another by using such as Mate/Flush, Insert mate, and Angle mate with the Directed angle option.
6. Apply the Transitional mate between Cam and Follower in an assembly.
7. Apply the Gear Mate between Cam and Follower in an assembly.
Hope all of you enjoyed the tutorial.
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The finished file displayed in the video can be accessed by visiting the content list of our blog on the following link:--- niveshandnishee...
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Our motive for uploading this video is to show our workability/experience and to share my knowledge with the viewers and learners.
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Visit the following link to watch the basic tutorial on Autodesk Inventor by us
• Autodesk Inventor Basi...
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To watch detailed tutorials on the same software visit the following link
• 3-D Parametric Solid M...
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