Hello
I started today to document myself on a thermal simulation, I manage to obtain coherent values but at the level of the wire I don't know how to put an environment that will allow to get closer to reality, in my simulation the heat remains after the extrusion. I am already very happy with this approach.
If someone has a way to improve this area on the way out, I'm listening.
Have a good day to you.
Spectrum.
Hello @spectrum
It's normal since you're in static so the value becomes fixed because you don't have the notion of time.
If the heated wire passed at a good speed, it would not cool down as quickly. This is what happens a few seconds (or less) after the wire feed stops
If you want to do better you should look at the flow-simulation side which should allow you to simulate the dynamic side (I don't know too much about Flow-Sim)
[HS ON]
Wouldn't you have a mega collision that you can check with the "collision detection"
Indeed, the mesh control seems to show an anomaly on the cutting plane that should not have this head
[HS /Off]
Regards
Hello Zozo,
Not easy with Flow simulation and my model is wobbly I agree.
I changed my approach to understand how the module works, studying the Js on a barbecue.
Thank you for the possible help to put equations in objective.
Kind regards.
Spectrum.
OK @spectrum
On the other hand, going from a printer's thermal head to a BBQ tank (gulp and why lead for the calculation of PB heat loss which is rather persona non grata ;-) )
To pluche
Hello Zozo,
Don't worry, it's made of S235 steel, but I have a request for lead but not for cooking that would be fatal for the consumer....... To cool after immersion.
I try to find the different temperatures with the notion of time that is encompassed in Flow simulation.
I will post my results and the agreement or not....
Have a nice day.