  For controlling the noise radiated from vibrating structures excited by
turbulent boundary layer (TBL) it is relevant to develop numerical tools for
understanding how the structure reacts to TBL excitation. Usually, the wall
pressure fluctuations of the TBL are described through statistical quantities
(i.e. space-frequency or wavenumber-frequency spectra) which depend on the TBL
parameters. On the other hand, the vibro-acoustic models (i.e. Finite Elements,
Boundary Elements, Transfer Matrix Methods, Analytical models, etc) evaluate
deterministic transfer functions which characterise the response of the
considered structures. The first part of this paper focuses on the coupling
between the stochastic TBL and the deterministic vibro-acoustic models. Five
techniques are presented. Numerical applications on an academic marine test
case are proposed in order to discuss the calculation parameters and the
interests / drawbacks of each technique. In the second part of the paper, the
high frequency modelling with the Statistical Energy Analysis (SEA) method is
considered. The focus is placed on the estimation of an important input of this
method: the injected power by the TBL into the structure for each third octave
band.
