Modeling and Simulation of Soil and Soil-Tool Interaction for Industrial Applications

M. Harutyunyan, S. Emmerich, S. Steidel, M. Burger, K. Jareteg, J. Quist

particles2023.

Modeling of soil-tool interaction for industrial applications involves the coupling of soil models, mostly based on the Discrete Element Method (DEM), with multibody systems,

Advancing Dynamic Process Modeling of Comminution and Classification Circuits: A Paradigm Shift with GPU-Enabled DEM Solver

J. Quist, E. Edelvik

particles2023.

The minerals processing and aggregate industry have relied on steady-state population and mass balance simulators for decades. However, accurately modeling new processes remains

A DEM-FEM Coupling Framework Applied to Railroad Infrastructure Simulations

A. Ullrich, J. Quist, C. Cromvik, K. Jarateg, A. Bilock

particles2023.

Swedish and other European governments invest significant resources in railroad infrastructure, including maintenance and construction. The degradation of track ballast layers

Calibration of AM powders for Optimization of Recoating Applications using DEM

N. Sani, J. Quist, K. Jarateg, A. Bilock, L. Cordova, F. Edelvik

particles2023.

Additive Manufacturing (AM) has been a subject of significant attention from both industrial manufacturers and research communities. However, several challenges hinder the