Control Theory based Shape Design for the Incompressible Navier-Stokes Equations

Mathematics

• Shape Design 100%
• Incompressible Navier-Stokes Equations 68%
• Adjoint System 55%
• Gradient 32%
• Artificial Compressibility 32%
• Eddy Viscosity 32%
• Costs 30%
• Turbulence Model 29%
• Pressure Distribution 28%
• Design Method 27%
• Shape Optimization 26%
• Design 26%
• Turbulent Flow 25%
• Viscous Flow 23%
• Finite Difference 19%
• Inversion 18%
• Target 18%
• Computing 13%
• Zero 10%
• Model 6%

Physics & Astronomy

• control theory 83%
• wings 66%
• Navier-Stokes equation 61%
• costs 19%
• shape optimization 19%
• sails 18%
• gradients 16%
• equilibrium flow 16%
• eddy viscosity 16%
• viscous flow 14%
• turbulence models 14%
• pressure distribution 12%
• compressibility 12%
• inversions 10%

Engineering & Materials Science

• Control theory 63%
• Navier Stokes equations 62%
• Yachts 18%
• Viscous flow 14%
• Compressibility 14%
• Shape optimization 13%
• Turbulence models 12%
• Pressure distribution 12%
• Viscosity 10%
• Costs 9%