Massive thanks again to Kenny Cornett for guiding me through the early stages of learning Generative Design. If you're interested in learning from or consulting with Kenny, check out his website at: www.i-forge.co/ Contact details: consulting@i-forge.co and training@i-forge.co
Ok, so i'm new here and i watched only 3 minutes of your wideo but it was enough to fall in love with the way you explain things. i will stay here for long i guess.
Great tutorial! Thanks! I watched the tutorial many times but still don't understand why frictionless constraint is applied to the hub. Shouldn't we apply pin or fixed constraint instead? I am confused.
New subscriber to your channel! Any chance to get finished .step or .igs file of this demonstration? Would be INSEIN to have it printed and just sitting on the desk at the office
Great tutorial! I was able to come up with a bunch of variations. The only problem I'm facing now is exporting the tire haha. When I try to export STP a notifcation pops up saying "T Spline bodies must be converted to be included in exported document.Cancel and use convert command to included T-Spline bodies." I did this but it still won't let me export. Has anyone else had this problem? Thanks!
Press the opposite sides of your head with you hands with equal forces. The forces will cancel eachother so the head will not move, but you will definitely feel the pressure applied on your head. You can do the same by pulling your ears, but instead of pressure you will feel tension. I hope this "illustrative" example helps! :)
Classic example of mindlessly applied topology optimization. You've just added cost to the design, but given no significant improvements to strength... Properly applied TO can often improve strength and weight, but it relies on knowledge of proper boundary conditions and load cases, emphasis on the latter.
Ben I've put together a video that demonstrates how GD can be applied to "real" manufacturing methods for this exact reason. I'm not a big fan of the organic slime looking shapes :) th-cam.com/video/dYkZmdAaiko/w-d-xo.html
@@EngineeringAfterHours your video is private, cannot view it. Really got me enthusiastic by the content of your comment, there :) EDIT: I'll just browse the rest of your excellent-looking videos, for now
Even if you will find the way how to manufacture this wheel, it will failed in real life. Just because the weight of the car in all directions is not enough.
It's worth noting that the manufacturing constraint of the version selected was die casting. This means that the resultant wheel could be made with the exact same tooling systems that are used for cast and rotary forged wheels today. Don't let organic-looking geometry fool you into thinking it has to be additive or investment only.
![ILLSLICK - THE KING'S LANDING [Freestyle]](http://i.ytimg.com/vi/feIJJnNkTfk/mqdefault.jpg)
Massive thanks again to Kenny Cornett for guiding me through the early stages of learning Generative Design. If you're interested in learning from or consulting with Kenny, check out his website at: www.i-forge.co/
Contact details:
consulting@i-forge.co and training@i-forge.co
Ok, so i'm new here and i watched only 3 minutes of your wideo but it was enough to fall in love with the way you explain things. i will stay here for long i guess.
Woah, that's awesome! I wish I saw this in December 😭
Great tutorial! Thanks!
I watched the tutorial many times but still don't understand why frictionless constraint is applied to the hub. Shouldn't we apply pin or fixed constraint instead? I am confused.
Does the right mouse button not bring up the edit load dialogue box in generative?
Absolutely love the video. Been waiting for something like this. A more indepth video on how to us GD would be wonderful.
I think that can be arranged!
@@innovationforge2851 Would be EXTREMELY helpful for those of us who don't use it daily and want a good reference video or video reference series.
New subscriber to your channel! Any chance to get finished .step or .igs file of this demonstration? Would be INSEIN to have it printed and just sitting on the desk at the office
Great tutorial! I was able to come up with a bunch of variations. The only problem I'm facing now is exporting the tire haha. When I try to export STP a notifcation pops up saying "T Spline bodies must be converted to be included in exported document.Cancel and use convert command to included T-Spline bodies." I did this but it still won't let me export. Has anyone else had this problem?
Thanks!
Oh man! Your tutorial is super super awesome!
Sad it's not available for the hobbyists, even without the cloud stuff
is this feature available for the educational version of fusion 360?
I would have love to see this done on your new computer system you built, lol
Have fun cleaning that wheel! I don’t think a pressure washer could even clean those crevices
Future problem!
This design works for a static model. Depending on the torque forces it will fail.
Thank for Tutorial i'am happy for help
What does is mean Converged?
Awesome video, could you please provide a password for the tutorial??
What is the case with this Forces - Why you put opposite forces instead do nothing ?
Press the opposite sides of your head with you hands with equal forces. The forces will cancel eachother so the head will not move, but you will definitely feel the pressure applied on your head. You can do the same by pulling your ears, but instead of pressure you will feel tension.
I hope this "illustrative" example helps! :)
Mmm thanks for the fusion 360 ad Google
Classic example of mindlessly applied topology optimization. You've just added cost to the design, but given no significant improvements to strength... Properly applied TO can often improve strength and weight, but it relies on knowledge of proper boundary conditions and load cases, emphasis on the latter.
It's purely just a beginners tutorial to introduce new people to the module whilst it's free to use.
@@Neil3DFair enough, I can buy that
Ben I've put together a video that demonstrates how GD can be applied to "real" manufacturing methods for this exact reason. I'm not a big fan of the organic slime looking shapes :)
th-cam.com/video/dYkZmdAaiko/w-d-xo.html
@@EngineeringAfterHours your video is private, cannot view it. Really got me enthusiastic by the content of your comment, there :)
EDIT: I'll just browse the rest of your excellent-looking videos, for now
@@zbnmth sorry I thought I had it set to unlisted. I've updated it now so you can view it.
tutorial files download passward plz sir
What is the password for the files
Password for the files
Even if you will find the way how to manufacture this wheel, it will failed in real life. Just because the weight of the car in all directions is not enough.
justdidit I know, its just a beginners tutorial for GD
It's worth noting that the manufacturing constraint of the version selected was die casting. This means that the resultant wheel could be made with the exact same tooling systems that are used for cast and rotary forged wheels today. Don't let organic-looking geometry fool you into thinking it has to be additive or investment only.
2nd.. day late and dollar short :/
1st