Interactions between nonlinear resonators represented in Volterra series

This paper aims at introducing nonlinear interactions in the sound synthesis of resonators. Sound is performed using formalism Volterra series which used to describe and simulate weakly models their kernels. Interactions are constraints imposed considered excite (e.g. bowing a string or striking plate) connect resonators together (such as connecting bridge). requires resolve an inverse problem giving interaction force function given velocity. In case series, kernels have been defined by Schetzen. Using this definition, structure simulation direct problems each time step will be defined. Application Kirchhoff-Carrier connected Berger plate presented including computation (direct inverse), numerical results.