It is where the track ends. If it doesn't end then it is still going. There is something on erosion but I have never used it which might provide more insight.
When you setup a particle study there is a tab "Save Options" where you can indicate the various parameters you want it to record.
I've never tried it on large models but some derivative of this should give you what you need (or at least the closest that Flow Simulation can come). It's only a text file but you can easily manipulate that into whatever form you need.
As coincidence would have it I am currently being tasked with pretty much the same analysis. Apparently there is an accumulation plot for surfaces....I have not dug into it yet but will tomorrow.
since your product is confidential, it might make sense for you to set up a simple model. Use geometry that should highlight the behaviour you are expecting. This way you can post the model for others to test out.
Just a thought.
ps, as always, state your SW version and your Windows version. Better yet, add it to your profile.
Hi group,First of all, thanks for all the help so far. I created a simple model to explain the type of problem I'm solving.A hard drive chassis is in the enclosed workzone, which is a plenum of air. The top is vented to atmosphere, and a rectangular duct near the bottom pulls vacuum at 6inch H2O. A green nozzle block is cleaning the hard drive chassis with compressed air, set to 6 ft^3/min.I've introduced a particle injection on some of the hard drive surfaces, to track where particles dislodged from the drive are likely to go. I'd expect tosee some particles settling in the bottom of the workzone, and that's what I want to show the design team in a presentation. They are concerned about howoften they'll have to open the workzone for cleaning, and where cleaning will be necessary.
Here's the path of 10 um stainless steel particles:
And here's the path of 100 um stainless steel particles, side view:
As you can see, the larger particles are going to build up on the floor of this poorly designed cleaning chamber.
I can track particles and chart statistics on their end conditions, but I don't know how to generate a plot of where the particles are accumulating. I'm still looking into all the suggestions so far, but haven't come up with much. Ideally I'd want to show blue dots at the end of each particle trajectory.
You can't create a plot of where they are accumulating. But you can mark the option to calculate the accretion and then as a post-processing Surface parameter, you can find out what is the mass accumulation rate. I think you will need to define the surface of interest as an absorbing surface.