Physics based GMRES preconditioner for compressible and incompressible Navier-Stokes equations

Mathematics

• Parallel Architectures 100%
• GMRES 84%
• Fluid Dynamics 74%
• Incompressible Navier-Stokes Equations 71%
• Preconditioning 71%
• Reynolds number 70%
• Preconditioner 64%
• Physics 55%
• Finite Element 53%
• Local Features 50%
• Formulation 42%
• Parallel Computation 41%
• Fluid Model 40%
• Dynamic Problem 37%
• Compressible Flow 36%
• Dynamic Model 35%
• Incompressible Flow 35%
• Community 34%
• Communication 30%
• Meaning 30%
• Open Problems 26%
• Rate of Convergence 25%
• Range of data 20%
• Performance 19%
• Standards 18%

Physics & Astronomy

• preconditioning 92%
• charge flow devices 76%
• fluid dynamics 73%
• Mach number 65%
• Navier-Stokes equation 65%
• Reynolds number 56%
• formulations 46%
• physics 42%
• compressible flow 42%
• incompressible flow 41%
• dynamic models 35%
• central processing units 33%
• communication 27%
• matrices 18%
• performance 14%

Engineering & Materials Science

• Parallel architectures 77%
• Fluid dynamics 71%
• Navier Stokes equations 66%
• Mach number 65%
• Physics 58%
• Reynolds number 56%
• Computational fluid dynamics 50%
• Compressible flow 41%
• Incompressible flow 40%
• Dynamic models 27%
• Communication 16%