In rheology and fluid mechanics, wall slip (also slip at the wall or apparent wall slip) is the phenomenon in which the velocity of a fluid immediately adjacent to a solid boundary differs from that of the boundary itself, violating the classical no-slip condition. For Newtonian fluids such as water and dilute aqueous solutions, the no-slip condition is virtually always satisfied under normal conditions.
In rheology and fluid mechanics, wall slip (also slip at the wall or apparent wall slip) is the phenomenon in which the velocity of a fluid immediately adjacent to a solid boundary differs from that of the boundary itself, violating the classical no-slip condition. For Newtonian fluids such as water and dilute aqueous solutions, the no-slip condition is virtually always satisfied under normal conditions.
Source: Wikipedia "Wall Slip" · CC BY-SA 4.0
Share this article: X · Bluesky