Aeroacoustics investigation of unsteady incompressible cavity flow [Zamana baǧli sikiştirilamaz kavite akişinin aeroakustik analizi]

In this study,unsteady incompressible flow field and aerodynamically generated noise of 2d and 3d cavity flows are investigated. in the case of 2d flow fields,standard k-ϵ,standard k-ω and sst k-ω is used and in the 3d case,flow field is computed using standard k-ω turbulence model. all numerical results are compared and validated with experimental measurement for low reynolds and mach numbers. all unsteady flow fields results are used to compute a cavity noise using ffowcs william - hawking (fw-h) acoustics analogy. in the case of 3d cavity,the effect of quadrapole terms on the aerodynamically generated noise is investigated defining permeable interior surface.