Understanding granular media - from fundamentals and simulations to industrial application

In this topical collection (9 articles)

1. EditorialNotes

   Understanding granular media: from fundamentals and simulations to industrial application

   André Katterfeld, Christopher Wensrich Article:83

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2. 

   Original Paper

   A study of gravity flow principles of sublevel caving method in dipping narrow veins

   Shuai Xu, Fidelis T. Suorineni, Long An, Yuanhui Li Article:82

3. 

   Original Paper

   Comparative discrete element modelling of a vibratory sieving process with spherical and rounded polyhedron particles

   Wei Chen, Timothy Donohue, Andre Katterfeld, Kenneth Williams Article:81

4. 

   Original Paper

   A particle packing model for sand–silt mixtures with the effect of dual-skeleton

   Ching S. Chang, Yibing Deng Article:80

5. 

   Original Paper

   A numerical study on dynamic inertial focusing of microparticles in a confined flow

   Hirotake Udono, Mikio Sakai Article:79

6. 

   Original Paper

   Coupling of FEM and DEM simulations to consider dynamic deformations under particle load

   Mathias Dratt, André Katterfeld Article:49

7. 

   Original Paper

   DEM analysis of acoustic wake agglomeration for mono-sized microparticles in the presence of gravitational effects

   Rimantas Kačianauskas, Algirdas Maknickas, Darius Vainorius Article:48

8. 

   Original Paper

   Numerical and experimental investigation of the heat transfer of spherical particles in a packed bed with an implicit 3D finite difference approach

   Tobias Oschmann, Harald Kruggel-Emden Article:47

9. 

   Original Paper

   A strategy to determine DEM parameters for spherical and non-spherical particles

   Frederik Elskamp, Harald Kruggel-Emden, Manuel Hennig, Ulrich Teipel Article:46