yade-users team mailing list archive
-
yade-users team
-
Mailing list archive
-
Message #01898
Re: Particle Generation (how to avoid explosion)
-
To:
yade-users@xxxxxxxxxxxxxxxxxxx
-
From:
Janek Kozicki <janek_listy@xxxxx>
-
Date:
Fri, 30 Oct 2009 19:00:22 +0100
-
Face:
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
-
In-reply-to:
<1256923527.9119.34.camel@flux>
Václav Šmilauer said: (by the date of Fri, 30 Oct 2009 18:25:27 +0100)
> Oh yes, the packing is not stess-free (for that, you would have to use
> some sort of geometric algorithm). But as long as you have cohesive
> material (which is the case for rock, as far as I know ;-) ), you can
> say that the initial distance of spheres is equilibrium for that bond;
> that's what I do for concrete and it works well.
And Jean Fransois Jerrier has implemented a geometric algorithm!
But - is it committed? Vincent was committing it. I don't know if
it's done already.
Vincent, is there some sample python script that takes a mesh as
input (e.g. as facets) and outputs spheres?
--
Janek Kozicki |
References