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Computer architecture / Portable /  Extensible Toolkit for Scientific Computation / Multi-core processor / Biconjugate gradient stabilized method / Cray XT3 / Parallel computing / Opteron / Cell / Partial differential equation / Numerical linear algebra / Computing / Mathematics


Simulating Subsurface Flow and Transport on Ultrascale Computers using PFLOTRAN Richard Tran Mills1 , Chuan Lu2 , Peter C Lichtner2 , and Glenn E Hammond3 1 Computational Earth Sciences Group, Computer Science and Mathe
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Document Date: 2007-08-02 13:12:27


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File Size: 407,82 KB

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City

Seattle / Richland / /

Company

Oak Ridge National Laboratory / Argonne National Laboratory / PFLOTRAN / Los Alamos National Laboratory / Pacific Northwest National Laboratory / /

Country

United States / /

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Event

FDA Phase / /

Facility

Krell Institute / /

IndustryTerm

adjacent processors / chemical components / dot products / Chemical reactions / energy conservation / energy conservation equations / chemical processes / internal energy / individual dot products / line search techniques / ion activity product / porous media / non-isothermal systems / chemical / black oil / geologic media / linear systems / numerical solution / chemical interaction / /

MusicGroup

Earth / /

NaturalFeature

TSA aquifer / /

Organization

U.S. Department of Energy’s office of Science / U.S. Department of Energy / Krell Institute / /

Person

Richard Tran / /

Position

driver / /

Product

PETSc / Cray XT3/4 system / Newton / Jaguar / in / Cray XT3/4 / /

ProgrammingLanguage

L / J / R / C / Fortran 90 / K / /

ProvinceOrState

Tennessee / New Mexico / Washington / /

Technology

3-D / simulation / /

SocialTag