Sodacan collapse
Isn't it wonderful what you can do with creo 3.0?it.s not Abaqus yet, but I did manage to collapse a sodacan sort of.Hope you can see the movie I made Question here: Can anyone tell me if it's possible...
View ArticleRe: Sodacan collapse
I normally use external video capture tool. My experience is that the animation files exported from Creo Simulate become unnecessarily large, and of not so good quality. Cool simulation of the...
View ArticleRe: Sodacan collapse
Very cool! Can you tell us a bit more about what you needed to do to get this to work? Do you think there is a way to prevent the material interference (self-contact in Abaqus) ?
View ArticleRe: Sodacan collapse
Hi Patrick I've been thinking about self contact, but that would mean establishing a wavelength in the first analysis and then chopping up the can in surfaces that are going to be contact, and rerun...
View ArticleRe: Sodacan collapse
It would be cheating, but it would still be cool. For grabbing videos I have a utility called CamStudio which is open source freeware. Home page http://www.camstudio.org/Or even better, get the...
View ArticleCreo 2.0 Measure Mechanism
Hi, I am a student who needs some helps! I am working on a project of design/simulation on Creo. I am trying to simulate my system, which is the following:Two blacks cylinders pull on the yellow part,...
View ArticleRe: Creo 2.0 Measure Mechanism
Have you had a good look at the output/log files? There may be a reason why the measure is not computed. My knowledge of mechanisms is not so good, but I know from other software that if you do not...
View ArticleRe: Planetary gear design
Hi David, If you are still trying to figure out how to set your planetary gear set, this tutorial may help! It's a bit hard to see the last gear mechanism however. Tutorial on how to mesh gears to...
View ArticleRe: Creo 2.0 Measure Mechanism
Thanks for your answer! I have tried to delete one cylinder, but i have the same problem... And if i try to measure force on an other join, i have always the same problem.. It is really strange :/
View ArticleRe: Creo 2.0 Measure Mechanism
What do you mean with nessage in the log files? How can i check it?
View ArticleRe: Creo 2.0 Measure Mechanism
My knowledge on Mechanism is very limited, but if it is anything like its predecessor (Mechanica Motion) there should be a log file written to disk explaining about number of degrees of freedom, number...
View ArticleExit the full report of the results of Simulate
Hello,How shouldheproceedto release afull reportwithtext and imagesin Creo3.0Sumulateas wecould doin previousversions.Best Regards.Denis
View ArticleRe: Simulate Results Definition (.rwd) Files
I see: You mean the function "Insert result window from file", which would add your saved result window to those already open and fit them together.It seems this functionality has been intentionally...
View ArticleRe: Piston Simulation
Maybe what you are searching for is a dynamic analysis?Not sure, this will actually address your need, but it hasn't been mentioned here yet (at least not explicitly) and it would allow you to apply a...
View ArticleRe: Where can I find the Natural Frequency of a system in Mechanisms?
I think this is what the modal analysis is for - you can run it constraint and unconstraint.
View ArticlePin, Rigid Link - Help
Folks, I created some constraints and I am struggling to get the correct results, or should I say what I think should be the correct result. As you can see above, I created a rigid link between the...
View ArticleRe: Pin, Rigid Link - Help
How many rigid links have you created, and what geometry is each one attached to? Rigid links are exactly that - rigid - so they will transfer all the load between surfaces they connect, and if they...
View ArticleRe: Pin, Rigid Link - Help
I did think about deleting the bushes. I was looking to analyse the arm, pin and the holes. When I put in the contacts I got an error but I probably could have persevered a bit more.
View ArticleRe: Pin, Rigid Link - Help
Yes, what Jonathan says. In other words: rigid links add infinite stiffness to the surfaces you select for the links. Infinite stiffness means: no deformation. No deformation means: no stress. So if...
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