Event Simulation | AVA: Fusion 360
HTML-код
- Опубликовано: 15 июл 2024
- Subscribe to Autodesk Virtual Academy ►► ketiv.com/ava
Introduction: 00:00 - 2:53
Intro to Event Simulation: 2:53 - 5:12
When to Use Nonlinearity: 5:12 - 6:30
Fusion 360 Capabilities: 6:30 - 7:09
Material Properties: 7:09 - 8:22
Demo/Use-Cases: 8:23 - 23:58
Q&A/Round-Up: 23:58 - End
Event Simulation is a powerful study type that allows you to investigate multi-body interactions in your designs. Even the name, “Event Simulation,” is intended to convey the idea that you are going to simulate a process where you have lots of moving pieces. At its core, Event Simulation has a dynamic solver designed to efficiently compute the real-world motion and deformations of your model which can be large. This is a nonlinear solver at its best!
Join Customer Success Manager Brian Mongkolpoonsuk shows a real-world simulation where you can learn:
-Use-case scenarios
-Analysis setup
-Translation applications and Mesh Control
Follow us:
Facebook ►► / ketivtech
Twitter ►► / ketivtech
LinkedIn ►► / ketiv-technologies-inc
Blog ►► ketiv.com/blog/subscribe/
#KETIV #AVA #Fusion360 
Наука
"Example I have is actually a fail" best part of the video XD.
We learn from our failures haha KETIV | Marco
How do i work out the speed of the mutipler curve?
Thanks for sharing, really helpful.
Glad it was helpful!
Hi.
16:40 May I ask, what happened if you allow self contact during the global contacts section? What's the difference between allowing and disallowing self contact?
Thanks at advance.
Enabling self contact will allow the body to contact itself if it deforms enough. Disabling this will shorten the solve time and should be done only if you know it will not deform to that point. KETIV | Marco
Hey, did you figure out what went wrong in your simulation? I got the same probleme in mine and i cant get it to work properly. So far your Video helped a lot, Thank you!
It was most likely not setting the correct boundary condition somewhere. As he mentioned at the end of the video, he might have not set the top of the bracket to stay parallel to the xz plane. This would have restricted it to stay in that position and not rotate the way it did. KETIV | Marco