Unsteady Separation Process and Vorticity Balance on Unsteady Airfoils
Chih‐Ming Ho, Ismet Gursul, Chiang Shih, Hank Lin
Abstract
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Chih‐Ming Ho, Ismet Gursul, Chiang Shih, Hank Lin
Abstract
Open-access reader
Low momentum fluid erupts at the unsteady separation region and forms a local shear layer at the viscous-inviscid interface. At the shear layer, the vorticity lumps into a vortex and protrudes into the inviscid region. This process initiates the separation process. The response of airfoils in unsteady free stream was investigated based on this vortex generation and convection concept. This approach enabled us to understand the complicated unsteady aerodynamics from a fundamental point of view.
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Low momentum fluid erupts at the unsteady separation region and forms a local shear layer at the viscous-inviscid interface. At the shear layer, the vorticity lumps into a vortex and protrudes into the inviscid region. This process initiates the separation process. The response of airfoils in unsteady free stream was investigated based on this vortex generation and convection concept. This approach enabled us to understand the complicated unsteady aerodynamics from a fundamental point of view.
Key concepts: Inviscid flow, Airfoil, Vorticity, Vortex, Mechanics, Classical mechanics, Flow separation, Aerodynamics