Add to ORKGWe present an overview of targeted energy transfer (TET) phenomena, whereby broadband vibration energy of primary structures gets passively directed to and dissipated by local lightweight, geometrically nonlinear attachments [1-5]. The local attachments possess essential nonlinearities, e.g., they lack linear components; as a result, they have the capacity to affect the global dynamics of th
We study the stiffening and damping effects that local essentially nonlinear attachments can have on...
peer reviewedThe purpose of this study is the theoretical and experimental investigation of targeted...
International audienceWe study complex damped and undamped dynamics and targeted energy transfers (T...
Almost all modern devices vibrate when working or being excited, and during this process, two things...
peer reviewedWe examine non-linear resonant interactions between a damped and forced dispersive line...
In this paper we examine Targeted Energy Transfers (TETs) and nonlinear modal interactions occurrin...
peer reviewedThis review paper discusses recent efforts to passively move unwanted energy from a pr...
Abstract Following a brief review of current progress in the field of nonlinear targe...
We study Targeted Energy Transfers (TETs) and nonlinear modal interactions attachments occurring in ...
We study passive and nonlinear targeted energy transfers induced by transient resonant interactions ...
AbstractWe study targeted energy transfers (TETs) and nonlinear modal interactions attachments occur...
Numerical investigations are carried out on a linear structure, weakly coupled to a small non-linear...
The present paper considers the problem of realizing an effective targeted energy pumping from a lin...
peer reviewedWe study the dynamics of a system of coupled linear oscillators with a multi-DOF end at...
This work reports on the first experimental study of the broadband targeted energy transfer properti...
We study the stiffening and damping effects that local essentially nonlinear attachments can have on...
peer reviewedThe purpose of this study is the theoretical and experimental investigation of targeted...
International audienceWe study complex damped and undamped dynamics and targeted energy transfers (T...
Almost all modern devices vibrate when working or being excited, and during this process, two things...
peer reviewedWe examine non-linear resonant interactions between a damped and forced dispersive line...
In this paper we examine Targeted Energy Transfers (TETs) and nonlinear modal interactions occurrin...
peer reviewedThis review paper discusses recent efforts to passively move unwanted energy from a pr...
Abstract Following a brief review of current progress in the field of nonlinear targe...
We study Targeted Energy Transfers (TETs) and nonlinear modal interactions attachments occurring in ...
We study passive and nonlinear targeted energy transfers induced by transient resonant interactions ...
AbstractWe study targeted energy transfers (TETs) and nonlinear modal interactions attachments occur...
Numerical investigations are carried out on a linear structure, weakly coupled to a small non-linear...
The present paper considers the problem of realizing an effective targeted energy pumping from a lin...
peer reviewedWe study the dynamics of a system of coupled linear oscillators with a multi-DOF end at...
This work reports on the first experimental study of the broadband targeted energy transfer properti...
We study the stiffening and damping effects that local essentially nonlinear attachments can have on...
peer reviewedThe purpose of this study is the theoretical and experimental investigation of targeted...
International audienceWe study complex damped and undamped dynamics and targeted energy transfers (T...