Linked from

The 62 pages that link to Boundary layer, each with the reason it gives.

• Classical fluidBroader topic: It explains why viscosity matters even when its bulk effects are small.

• Eulerian flow fieldBroader topic: Its spatially varying velocity profile is a classic field description.

• Nikolay ZhukovskyRelated: Real airflow near wings departs from ideal flow through viscous boundary-layer effects.

• Wingtip deviceRelated: Surface flow and separation influence the performance and drag of wingtip-device shapes.

• AeromechanicsRelated: Boundary-layer behavior influences drag, separation, and the distribution of airloads.

• Aircraft fairingRelated: Its growth and separation determine whether a fairing maintains smooth attached flow.

• Crocco's theoremRelated: Entropy production in boundary layers helps explain downstream changes in stagnation enthalpy.

• Hot-wire anemometryRelated: Small probes measure steep velocity changes across this near-wall region.

• Law of the wallNarrower topic: The turbulent boundary layer described by the law belongs to this broader flow structure.

• Leading-edge slatNarrower topic: The slat helps control this near-wing flow as the aircraft approaches stall.

• Low Reynolds number flowCompared with: Its usual high-speed-flow picture differs from viscosity-dominated motion throughout the fluid.

• Rayleigh problemNarrower topic: The growing region of moving fluid is an unsteady viscous layer next to the plate.