Uniform Linear Inviscid Damping and Enhanced Dissipation Near Monotonic Shear Flows in High Reynolds Number Regime (I): The Whole Space Case

Mathematics

• Shear Flow 98%
• Reynolds number 80%
• Monotonic 76%
• Dissipation 76%
• Damping 73%
• Gevrey Spaces 39%
• Rayleigh Equation 37%
• Compact Perturbation 34%
• Decay Estimates 28%
• Term 27%
• Viscosity 24%
• Boundary Layer 23%
• Navier-Stokes Equations 21%
• Corollary 19%
• Strictly 19%
• Eigenvalue 16%
• Operator 12%

Physics & Astronomy

• high Reynolds number 87%
• shear flow 76%
• dissipation 62%
• damping 61%
• Rayleigh equations 37%
• Navier-Stokes equation 25%
• boundary layers 22%
• eigenvalues 22%
• viscosity 18%
• operators 18%
• perturbation 17%
• estimates 15%
• decay 14%

Engineering & Materials Science

• Shear flow 100%
• Reynolds number 65%
• Damping 58%
• Navier Stokes equations 25%
• Boundary layers 24%
• Viscosity 20%