| Document Date: 2001-12-20 15:48:41
Open Document File Size: 187,06 KBShare Result on Facebook
City Philadelphia / Albuquerque / Berlin / / Company Sandia National Labs / Sandia National Laboratories / CICERO/GALAYAA B.V. / Hutchinson SA / Walker HF. / Elsevier Science Ltd. / Franca LP / Intel / Salinger AG / Ð CO / / / Facility LOCA library / Stanford University / / IndustryTerm energy @u / bifurcation tracking algorithms / bifurcation tracking algorithm / stability analysis tools / spurious pressure solutions / Steady state solutions / nonlinear systems / discontinuity capturing operator / Linear stability analysis algorithms / stability analysis algorithms / thermal energy transfer / unstructured finite element reacting flow solutions / linear systems / steady state solution / energy / / Organization MIT / Stanford University / Division of Applied Mechanics / / Person John N. Shadid / Roger P. Pawlowski / Shakib F. Finite / Richard B. Lehoucq / Andrew G. Salinger / / / Position ΦRT / @T RT / rΦ/RT / Corresponding author / / ProgrammingLanguage J / DC / K / / ProvinceOrState New Mexico / / PublishedMedium Lecture Notes in Computer Science / / SportsLeague Stanford University / / Technology stability analysis algorithms / Hopf bifurcation tracking algorithm / Linear stability analysis algorithms / 24 333 Mhz Pentium processors / bifurcation tracking algorithms / 24 processors / fluid dynamics / Hopf tracking algorithm / Bifurcation analysis algorithm / USA Abstract Stability analysis algorithms / form An Newton algorithm / Conclusions Stability analysis algorithms / CVD / tracked directly using a Hopf tracking algorithm / /
SocialTag |
#508 Understanding the 8 : 1 cavity problem via scalable stability analysis algorithms Andrew G. Salinger a,Ł , Richard B. Lehoucq b , Roger P. Pawlowski a , John N. Shadid a b