Model Train
This is a group of photos of the parts I made in Inventor for a model train. All we had was pictures and dimensions of the objects we needed to CAD, and we applied the techniques we had learned to make a train. The wheels work, and they are connected by the linkage arm so they move in sync.
Conclusion Questions
1. So you can see all the details and see how it all is composed, and because different scenarios would require different lines.
2. A sectional view is used for seeing indentions or other things that would normally not be visible with a normal view.
3. Auxillary views are used to see the area of an angled side of an object.
4. So they can be universal in the field of engineering, and to save space on the paper.
5. We use algebraic equations so that you don't have to do the math every time you want something to fit on a a different size of paper.
6. The three types are numerical constraints, geometric constraints, and symmetrical constraints.
7. Cad drawings can be manipulated far more easy and you can directly put your 3d models in the drawing.
2. A sectional view is used for seeing indentions or other things that would normally not be visible with a normal view.
3. Auxillary views are used to see the area of an angled side of an object.
4. So they can be universal in the field of engineering, and to save space on the paper.
5. We use algebraic equations so that you don't have to do the math every time you want something to fit on a a different size of paper.
6. The three types are numerical constraints, geometric constraints, and symmetrical constraints.
7. Cad drawings can be manipulated far more easy and you can directly put your 3d models in the drawing.