EngineeringAerospace EngineeringPhysicsAerodynamicsFluid DynamicsFluid MechanicsAirfoil TheoryStall DynamicsUnsteady AerodynamicsVortex DynamicsWing AerodynamicsWing TheoryAirfoil StallDynamic StallLeading-edge VorticesStall AerodynamicsTrailing-edge VorticesWing RockWing Rock Near StallWing Stall
Limit cycle oscillations in roll of advanced aircraft can result from three different fluid mechanical flow processes. The so-called slender wing rock is caused by asymmetric vortex shedding from highly swept wing leading edges. A completely different flow mechanism causes wing rock for aircraft with moderately swept leading edges. In this case, the causative mechanism is dynamic airfoil stall
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The Magnus Effect: A Summary of Investigations to Date
W. M. Swanson · Journal of Basic Engineering · 1961 · 271 citations
The fluid mechanics of slender wing rock
L. ERICSSON · Journal of Aircraft · 1984 · 157 citations
Moving wall effects in unsteady flow
L. ERICSSON · Journal of Aircraft · 1988 · 98 citations