Luc Oger


Ontology type: schema:Person     


Person Info

NAME

Luc

SURNAME

Oger

Publications in SciGraph latest 50 shown

  • 2015-11 Segregation in a model system for tapped wet disks in two dimensions in THE EUROPEAN PHYSICAL JOURNAL E
  • 2013-10 Tilting process with humidity: DEM modeling and comparison with experiments in GRANULAR MATTER
  • 2013 Model of Sand Transport by Consecutive Particle Collisions with Wind Interaction in TRAFFIC AND GRANULAR FLOW '11
  • 2007-06 How disorder can diminish avalanche risks: effect of size distribution in GRANULAR MATTER
  • 2005-08 Discrete Element Method studies of the collision of one rapid sphere on 2D and 3D packings in THE EUROPEAN PHYSICAL JOURNAL E
  • 2005 Several Numerical Approaches of Granular Flows Applied to Inclined Plane Studies in TRAFFIC AND GRANULAR FLOW ’03
  • 2003-04 Friction and rotation modes in a packing of cylinders under shear stress in THE EUROPEAN PHYSICAL JOURNAL E
  • 2002-04-10 Voronoi and Radical Tessellations of Packings of Spheres in COMPUTATIONAL SCIENCE — ICCS 2002
  • 2001-12 A model of binary assemblies of spheres in THE EUROPEAN PHYSICAL JOURNAL E
  • 2000-04 Comparison of two representations of a random cut of identical sphere packing in THE EUROPEAN PHYSICAL JOURNAL B
  • 1999-02 Application of the Voronoï tessellation to study transport and segregation of grains inside 2D and 3D packings of spheres in GRANULAR MATTER
  • 1999 Computer Simulations and Tessellations of Granular Materials in FOAMS AND EMULSIONS
  • 1999 Application of the Voronoi Tessellations to the Study of Flow of Granular Materials in FOAMS AND EMULSIONS
  • 1997 Internal Friction Angles: Characterization Using Biaxial Test Simulations in IUTAM SYMPOSIUM ON MECHANICS OF GRANULAR AND POROUS MATERIALS
  • 1996-02 Diffusion of two-dimensional particles on an air table in JOURNAL OF STATISTICAL PHYSICS
  • 1990 Granular Media: Effects of Disorder in DISORDER AND FRACTURE
  • 1985 Dense Packings of Hard Grains: Effects of Grain Size Distribution in PHYSICS OF FINELY DIVIDED MATTER
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