A mathematical model for the interaction of anisotropic turbulence with porous surfaces

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  • What: This approach has been uncommon in scenarios where non-rigid plates are applied due to the added mathematical intricacy of applying the Wiener-Hopf technique with non-trivial boundary conditions. The authors describe how porous plates can be introduced into the model by adapting the gust -scattering problem to feature impedance boundary conditions. The authors seek to generalise the model to more types of incident flow to reach the goal of a versatile mathematical model that can incorporate numerous turbulent flow types. In Appendix B, the authors show that the entire function satisfies E=0, so . . .

     

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