Aerodynamics
The no-slip condition is a fundamental principle in fluid dynamics that states the fluid velocity at the boundary of a solid surface is equal to the velocity of the surface itself. This means that, at a solid boundary, fluid particles are at rest relative to the surface, leading to a shear stress at the interface. Understanding this condition is crucial when analyzing flow patterns and forces acting on surfaces, as it plays a pivotal role in conservation laws, potential flow theory, and governing equations of fluid motion.
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