Tutorials

How to design a Wankel or any other rotary engine

24 3 Intermediate
This tutorial describes the mathematical background of the rotary mechanism. It is not a software specific tutorial, a model can be realized with any program that can read coordinates from a file. (There are other tutorials for importing such as: https://grabcad.com/tutorials/tutorial-how-to-import-points-to-solidworks-from-a-text-file or https://grabcad.com/tutorials/how-to-import-points-from-ms-excel-in-nx)

Propeller Designing Using fusion 360

11 1 Intermediate
Designing the propeller APC 13*4 also represented as APC1304 Diameter: 13 inches Pitch: 4 inches Hub Diameter: 1 inch Hub Thickness: 1.48 inch Shaft Diameter .25 inch

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 20

2 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 20th part modeling of the radial aircraft engine. Happy Modeling!

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 31

1 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 31st part modeling of the radial aircraft engine. Happy Modeling!

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 17

1 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 17th part modeling of the radial aircraft engine. Happy Modeling!

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 19

1 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 19th part modeling of the radial aircraft engine. Happy Modeling!

Gears Connections | All in One

1 0 Beginner
Creo Tutorials | All in One https://4kside.com/tutorials.html Gears tutorials include base steps: How to create gear connections in Mechanism mode and definition of gear properties, analysis and animation. You can capture the following motion relationships using generic gears: • Rotational/Rotational • Rotational/Linear • Linear/Rotational • Linear/Linear Examples of the four dynamic gear types include: • Spur — Two meshing gears rotating on parallel axes. • Bevel — A pinion gear driving a crown gear on perpendicular axes. • Rack and Pinion — A pinion gear meshing with a sliding rack gear. • Worm — A worm shaft rotating a pinion on perpendicular axes.

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 34

0 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 34th part modeling of the radial aircraft engine. Happy Modeling!

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 33

0 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 33rd part modeling of the radial aircraft engine. Happy Modeling!

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 35

0 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 35th part modeling of the radial aircraft engine. Happy Modeling!

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 37

0 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 37th part modeling of the radial aircraft engine. Happy Modeling!

Inventor 2020 | Radial Aircraft Engine | Full Model | Vol. 18

0 0 Beginner
Radial Aircraft Engine. Practice modeling with Inventor. This is the 18th part modeling of the radial aircraft engine. Happy Modeling!