... targeting the filtered Brinkman–Navier–Stokes equations is combined with a novel wall-model. This is implemented in the context of a platform-transparent framework for fluid-structure interaction in the open-source LBM framework OpenLB. Findings The approach is first verified for a canonical turbulent...

..., St_c is not strictly a Strouhal number, and for that reason the reduced frequency k is usually preferred in the literature). The stream speed (or flight speed) U is given through the Reynolds number: Efficiency optimization Flapping plate Fluid structure interaction Low...

...-dedicated launchers, with a particular interest for the fluid/structure interaction during buffeting. Experimental investigations based on Schlieren visualizations are conducted in a transonic wind tunnel and are then compared with numerical predictions based on unsteady Reynolds averaged Navier–Stokes...

...=specific heat capacity C_L=lift coefficient Direct forcing Direct heating Feedback forcing Fluid structure interaction Immersed boundary method Lattice Boltzmann method THETA=dimensionless temperature τ_f=momentum...