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Inertial Momentum Dissipation for Viscosity Solutions of Euler Equations: External Flow Around a Smooth Body

By Hao Quan and Gregory Eyink
We study the local balance of momentum for weak solutions of incompressible Euler equations obtained from the zero-viscosity limit in the presence of solid boundaries, taking as an example flow around a finite, smooth body. We show that both viscous skin friction and wall pressure exist in the inviscid limit... Show more
August 30, 2024
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Inertial Momentum Dissipation for Viscosity Solutions of Euler Equations: External Flow Around a Smooth Body
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