The team at Autodesk Moldflow are investigating possible use cases for particle pathline plots and would like to speak to any users who could provide some definition for these.
If you think that a pathline plot would assist you to solve one of your current issues, then please contact the lead Autodesk Moldflow user experience (UX) designer, Caroline Dorin on email@example.com and we will set up a time to talk to you.
such option exists in sigmasoft ( injection molding)/ Magma soft( die casting simulation), called "Tracer", which visualizes the trajectories of the fluid individual particles, when the flow characteristics are clearly delineated, turbulences emerge and the risky spots of eventual defects during filling are traced out & also gives information regarding the level of intermixture.
Thanks for your reply.
Would you be interested in discussing potential uses for a pathline plot in your work processes? If you can think of some scenarios where this might help you solve a particular problem and you'd be willing to talk with us about those scenarios then we would be very interested to talk to you. I'd be happy to set up a call at a time that suits you.
Please let me know.
Senior User Experience (UX) Designer
Design, Lifecycle and Simulation Product Group
As i understand it, I think it'd be useful to understand packing dynamics. The velocity plot does this for the filling phase (I think so).
Another application could be coolant flow to aid better visualization of flow-rate distribution across parallel cooling circuits.
1. It will show turbulent flow of material inside the cavity, may be where air entrapment can happens.( It is more helpful in castings, may be less helpfull to plastics parts as mostly parts with uniform wall thickness).
2. It may helps to show where are weldline locations.
3. It may helps in deciding cold wells location and sizes.
4.It May be in gas assisted injection molding, it help, where to provide over flow well
5. It may helps, where material is stagnant / continuesly flowing.
May be less usuful in moldflow as most of these are addressed in different methods/ways/plots.
I think this kind of result could be interesting. The more useful application could be in case of non-uniform wall thickness in the way of checking material behaviour, especially with rubbers.
Anyway the flow during molding process is not steady-state flow and the particle traking is very hard to plot in an intelligeble form for different time step.
Moreover good results, probably, will require quite fine 3D mesh with longer calculation time.In this case the current velocity plot could be enough for the most of the application.
At your disposal
In 2k overmolding processes, sometimes we inject a transparent material first and a opaque plastic in 2nd place. Perhaps this tool could give us an idea of whether there could be material contamination (the 2nd material swepts along the first one because it melts due to the pressure/temp.).
This could be a really interesting application for me!