San Francisco / Buffalo / Winnipeg / Montreal / Austin / Vancouver / Convolution / Orlando / Santa Fe / Urbana / New York / Washington / DC / Livermore / Miami / San Diego / Chicago / Burnaby / Gent / Los Alamos / /
Company
Argonne National Laboratory / Los Alamos National Laboratory / Lawrence Livermore National Laboratory / Environmental Management / E. T. Coon S. P. / Mechanical Engineering Congress & Exposition / Theoretical Division Los Alamos National Laboratory / Copper Mountain / Lawrence Berkeley National Laboratory / J. Comp / Plenum Publishing Corp. / /
Country
Canada / Belgium / United States / / /
Facility
University of British Columbia / Institute of Applied Mathematics / Stanford University / University of Illinois / University of British Columbia Research / McMaster University / University of New Mexico / Los Alamos Inn / Eldorado Hotel / Purdue University / Los Alamos Computer Science Institute / Scientific Computing Simon Fraser University / Terascale Simulation Facility / University of Colorado / XIX International Conference University of Illinois / Fairmont The Queen Elizabeth Hotel / Los Alamos Campus / Hilton/Sheraton New York Hotel / Miami Hilton Hotel / University of Minnesota / Radisson Hotel / / /
IndustryTerm
parallel computing / performance computing simulator / heterogenous computer networks / performance computing simualtor / random porous media / Local post-processing / heterogeneous media / porous media / computing / heterogeneous random porous media / heterogeneous porous media / hybrid computing / matrix-free algorithm / subspace algorithms / subspace iterative solution / environmental applications / black box multigrid numerical homogenization algorithm / linear systems / numerical solution / /
office of Environmental Management / Computer Science Department / International Congress / American Mathematical Society / McMaster University / System Administration / National Science Foundation / Postgraduate Fellowship / Natural Sciences and Engineering Research Council of Canada / University of Colorado / Los Alamos Computer Science Institute / United States Department of Energy / Purdue University / office of Science / Congress / University of Illinois / Stanford University / Society of Industrial and Applied Mathematics / University of New Mexico / Society of Petroleum Engineers / Engineering Research Council of Canada / University of British Columbia / University of Minnesota / Simon Fraser University / Institute of Applied Mathematics / /
Person
C. J. Wilson / Y. Hefetz / Stephen Whitaker / D. Svyatskiy / J. David Moulton Mathematical Modeling / Joel E. Dendy / S. L. Jacques / I. Gorton / M. S. Patterson / D. van Albada / M. J. Shashkov / Y. D. Park / Time Resolved / T. P. Chartier / L. Jiang / Stephan Knapek / D. M. Tartakovsky / K. Lipnikov / John Hunter / Q. Kang / C. Fox / B. C. Wilson / Light / E. Keating / W. J. Carey / S. J. Madsen / Harold Johns / E. Camporeale / C. S. Reese / V. A. Zlotnik / Time Resolved Spectroscopy / D. Moulton C. I. Steefel / V / / /
Position
Multicomponent interparticlepotential lattice Boltzmann model for fluids with large kinematic viscosity ratios / Using forward / Research Associate / Painter / Team Leader / editor / Queen / Fisherman / Research Assistant / editor / International Microwave / Co-editor / /
ProgrammingLanguage
Fortran 77 / FL / C / Python / Perl / C++ / /
ProvinceOrState
Quebec / Minnesota / British Columbia / New York / New Mexico / California / Colorado / Ontario / Texas / Illinois / Florida / /
J. David Moulton Mathematical Modeling and Analysis, Theoretical Division Los Alamos National Laboratory, Los Alamos, NM[removed]Voice: ([removed], FAX: ([removed]E-mail: [removed], URL: http://math.lanl.go