In this paper we suggest some algorithms for the fluid-structure interaction problem
stated using a domain decomposition framework. These methods involve stabilized pressure segregation methods for the solution of the fluid problem and fixed point iterative algorithms for the fluid-structure coupling. These coupling algorithms are applied to the aeroelastic simulation of suspension bridges. We assess flexural and torsional frequencies for a given inflow velocity. Increasing this velocity we reach the value for which the flutter phenomenon appears.
On some fluid-structure iterative algorithms using pressure segregation methods. Applications to aeroelasticity