| Document Date: 2001-12-20 15:48:37
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City Philadelphia / Berlin / Derby / New York / / Company H. K. Moffat S. A. / Sandia Corporation / J.N. Shadid S.A. / Lockheed Martin Company / Intel / P.H. Rabinowitz / / Facility CVD reactor / / IndustryTerm large systems / nonlinear analysis algorithms / steady-state solutions / pseudo arc-length continuation algorithm / linear and nonlinear stability analysis tools / disk chemical vapor deposition reactor / bifurcation tracking algorithm / continuation algorithm / similarity solution / Steady-state algorithms / steady state solutions / chemical vapor deposition / linear stability analysis algorithms / stability analysis algorithms / unstable solutions / parallel processors / linear systems / steady-state solution / idea gas treatment / steady state solution / / Movie The turning point / / Organization Mathematical / Information / and Computational Sciences Division / United States Department of Energy / / Person Dorte Olesen Editors / Richard Lehoucq / Optimization / Louis Romero Sandia / Jack Dongarra / J. Crystal Growth / Kaj Madsen / Academic / Theory / / Position editor / left end / / ProvinceOrState New Mexico / Pennsylvania / New York / / PublishedMedium Lecture Notes in Computer Science / / Technology Eigensolver The algorithms / nonlinear analysis algorithms / 333 MHz Pentium Chip / stability analysis algorithms / semiconductors / linear stability analysis algorithms / 256 processors / Newton algorithm / Steady-state algorithms / bordering algorithm / pseudo arc-length continuation algorithm / heat transfer / Bifurcation Analysis Algorithms / continuation algorithm / bifurcation tracking algorithm / CVD / two algorithms / chemical vapor deposition / /
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Stability Analysis of LargeScale Incompressible Flow Calculations on Massively Parallel Computers Andrew G. Salinger, Richard Lehoucq, and Louis Romero Sandia National Laboratories1