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institution

University of Portland

United States

64 papers here1.8k citations across 64
fields
  • quant-ph20
  • cond-mat.soft18
  • cond-mat.stat-mech4
  • math.AG3
  • cond-mat.other2
  • math.SG2
  • cond-mat.str-el1
  • cs.CE1
ROR 01q6pmm96OpenAlex

affiliations via OpenAlex

output
20062026
most citedQuantum Decoherence

485 citations

researchers with a paper here
  • M. Schlosshauer19 · h 21
  • M. Kuhn17 · h 22
  • A. Wootton5 · h 8
  • B. Boechat4 · h 12
  • J. Florencio4 · h 12
  • Matthew R. Kuhn4 · h 0
  • A. Daouadji3 · h 22
  • John T. Kavulich3 · h 2
  • O. F. de Alcantara Bonfim3
  • A. Fine2 · h 26
  • A. Saguia2 · h 16
  • Ching S. Chang2 · h 48
collaborating institutions
  • Universidade Federal FluminenseBR4 papers
  • Institut National des Sciences Appliquées de LyonFR3 papers
  • Portland State UniversityUS3 papers
  • University of WashingtonUS3 papers
  • Géomécanique, Matériaux, StructuresFR2 papers
  • Reed CollegeUS2 papers
  • Rose–Hulman Institute of TechnologyUS2 papers
  • University of Massachusetts AmherstUS2 papers
  • University of Notre DameUS2 papers
  • University of SouthamptonGB2 papers
  • Austrian Academy of SciencesAT1 paper
  • Central Michigan UniversityUS1 paper
Showing cs.CEShow all

1 paper · 1 filter

cs.CE2020★ 9 cited

Linear-frictional contact model for 3D discrete element simulations of granular systems

Matthew R. Kuhn, Kiichi Suzuki, Ali Daouadji

The linear-frictional contact model is the most commonly used contact mechanism for discrete element (DEM) simulations of granular materials. Linear springs with a frictional slide…

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