• Corpus ID: 118316231

Jamming in granular hopper flow

@article{Landry2005JammingIG,
  title={Jamming in granular hopper flow},
  author={James Landry and Gary S. Grest},
  journal={arXiv: Soft Condensed Matter},
  year={2005}
}
Large-scale three dimensional molecular dynamics simulations of hopper flow are presented. The flow rate of the system is controlled by the width of the aperture at the bottom. As the steady-state flow rate is reduced, the force distribution $P(f)$ changes only slightly, while there is a large change in the impulse distribution $P(i)$. In both cases, the distributions show an increase in small forces or impulses as the systems approach jamming, the opposite of that seen in previous Lennard… 

References

Statics and Kinematics of Granular Materials
1. Introduction 2. The analysis of stress and strain rate 3. The ideal Coulomb material 4. Coulomb's method of wedges 5. The method of differential slices 6. Determination of physical properties 7.