Add to ORKGInternational audienceThe presentation is divided into two parts. The first part presents a general method to predict the steady-state regimes of a multi-degree-of-freedom mechanical system (the primary system) having one unstable mode coupled to a set of nonlinear energy sinks (NESs). In the second part the primary system has two unstable modes and it is coupled to one NES. Preliminary numerical results and analytical treatments of this situation are presented
International audienceIn this paper, we study a problem of passive control of friction-induced vibra...
International audienceIn this paper, we study a problem of passive control of friction-induced vibra...
In this last of a three paper sequence, we use simultaneous multimodal broadband targeted energy tra...
International audienceA general method to predict the steady-state regimes of a multi-degree-of-free...
International audienceA general method to predict the steady-state regimes of a multi-degree-of-free...
International audienceA general method to predict the steady-state regimes of a multi-degree-of-free...
International audienceThis work studies a problem of passive mitigation by means of one nonlinear en...
International audienceThis work studies a problem of passive mitigation by means of one nonlinear en...
International audienceThe present work studies a one-DOF nonlinear unstable primary system, which un...
International audienceThis paper aims at proposing robust methods to optimize nonlinear energy sinks...
References[1] Bergeot. B, Berger. S and Bellizzi. S, Mode coupling instability mitigation in frictio...
International audienceIn this paper, a friction system with uncertain parameters and coupled to two ...
International audienceThis work addresses the development of a nonlinear absorber based on the conce...
Based on developments of various theoretical and analytical methods for the analysis of non linear d...
We consider the response of a linear structural system when coupled to an attachment containing stro...
International audienceIn this paper, we study a problem of passive control of friction-induced vibra...
International audienceIn this paper, we study a problem of passive control of friction-induced vibra...
In this last of a three paper sequence, we use simultaneous multimodal broadband targeted energy tra...
International audienceA general method to predict the steady-state regimes of a multi-degree-of-free...
International audienceA general method to predict the steady-state regimes of a multi-degree-of-free...
International audienceA general method to predict the steady-state regimes of a multi-degree-of-free...
International audienceThis work studies a problem of passive mitigation by means of one nonlinear en...
International audienceThis work studies a problem of passive mitigation by means of one nonlinear en...
International audienceThe present work studies a one-DOF nonlinear unstable primary system, which un...
International audienceThis paper aims at proposing robust methods to optimize nonlinear energy sinks...
References[1] Bergeot. B, Berger. S and Bellizzi. S, Mode coupling instability mitigation in frictio...
International audienceIn this paper, a friction system with uncertain parameters and coupled to two ...
International audienceThis work addresses the development of a nonlinear absorber based on the conce...
Based on developments of various theoretical and analytical methods for the analysis of non linear d...
We consider the response of a linear structural system when coupled to an attachment containing stro...
International audienceIn this paper, we study a problem of passive control of friction-induced vibra...
International audienceIn this paper, we study a problem of passive control of friction-induced vibra...
In this last of a three paper sequence, we use simultaneous multimodal broadband targeted energy tra...