Discrete element method: Difference between revisions

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after I've met C.Thornton on conference in Aussois and a short talk with him, I can write here some additional information.
m Applications: silo disambiguation
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The fundamental assumption of the method is that the material consists of separate, discrete particles. These particles may have different shapes and properties. Some examples are:
* [[liquid]]s and [[solution]]s, for instance of [[sugar]] or [[protein]]s;
* [[bulk material]]s in [[storage silo]]s, like [[cereal]];
* [[granular matter]], like [[sand]];
* [[powder]]s, like [[toner]].