Tutorial Inventor - 039 FINITE ELEMENT ANALYSIS - Parts (Moment)
HTML-код
- Опубликовано: 24 фев 2020
- Every tutorial brings new abilities.
You can slow the film on RUclips by using the Settings (bottom right), selecting Normal, and choosing a subunitary Playback speed. If you misunderstand what I say by voice, then click on the CC and activate the English auto-generated subtitling
============================
IMPORTANT (English) - If you want the drawings for the parts in my collection of 100 parts you can buy the book ALBUM (4 euros) from Google Play by accessing the below link. Drawings are a universal language.
IMPORTANT (Romanian) - Oriunde s-ar afla în lume, vorbitorii de limba română pot cumpăra foarte ușor și la un preț mic cărțile mele în format PDF de aici: play.google.com/store/books/c...
În principiu este bine să se orienteze spre cărțile „MANUALUL (Inventor - 658 pag.)”, „ÎNDRUMARUL (Inventor - 374 pag.)” și „ALBUMUL (Orice CAD - 208 pag.)”
============================
You can read more about me here: grabcad.com/constantin.stancescu
If you click to SUBSCRIBE you will be immediately advised when a new Tutorial is released!
Download assets from www.fastgrup.ro/tutorials 
Наука
i wish myself and word to have more so open mind profesors like you are sir. This kind of free open learning is what word needs. I hope and wish you have lot of money and pleasure of every minute of your time here; you deserve it. I'm just here on 39 this turtorials are awesome ! Thank you.
Thank you, my friend...
Very nice learning and experience
Thank you! Cheers!
lovely video
Thank you
Wow, with a lot of variety, We can choose the perfect material and thickness till we reach the desired Saftey factor :) one question, is there a place where i can read about , what are the required safety factors for industries ? :)
A coefficient of 1 is at the breaking point.
Its value depends on the purpose of the part or machine. An airplane has a little over 1 (1.4 ... 1.5), but a locomotive has 20 or more, because it has to be heavy anyway.
@@prof-stancescu Thank you for explaining :)
How do you access moment constraints? For example, if I wanted to see the deformation caused by two clamped sides of a panel, maybe I'd want to constrain all 6 motions, Fx,Fy,Fz,Mx,My,Mz. Why can't I find this? While I know that inventor professional doesn't have buckling simulation codes, I was playing with a panel that had uniaxial loading and clamped on the same sides. I would want to prevent rotation about the axis in the same direction as the loaded edge part. As of right now, my simulation is constrained in the x,y, and z direction, but because I added no Mx constraint at the fasteners, there is an angle made at the fasteners. If I wanted it clamped, there should be no rotation there. I don't know if I'm missing something, but it seems so much easier in patran, and also ansys.
I'd show this in the tutorial.
If you send me a picture with your problem would be more useful (constantin.stancescu@gmail.com).
@@prof-stancescu Thanks for offering to take a look. I just sent you a gmail with a detailed explanation of my FEA and what I want to do specifically.