: Techniques to speed up calculations when dealing with millions of irregularly shaped particles.
: How to move beyond simple spheres by using "clumped" spheres, super-ellipsoids, or polyhedral meshes to represent real-world grain shapes. Discrete element method modelling of complex gr...
This research typically focuses on using the to simulate how non-spherical or irregularly shaped particles—like agricultural grains, rocks, or powders—behave under different conditions. Key areas usually covered in such posts or papers include: : Techniques to speed up calculations when dealing
: Practical uses in industrial processes like silo discharge, mixing, milling, or soil-tool interactions in agriculture. or soil-tool interactions in agriculture.