Two highly accurate and reliable eigen-solution techniques, the new homotopy perturbation
method and the extended argument principle method, are proposed for analysing …

Understanding and accurately reproducing the realistic response of rubber materials to
external stimuli is a crucial research topic that involves all the engineering fields and beyond …

Viscoelastic materials are commonly used for passive treatment in many applications. They
exhibit a specific behavior depending on frequency and temperature, and thus dam** …

Finite element models representing industrial scale turbo-machines have reached today a
very large number of degrees of freedom. The large size of these models requires the use of …

Structural vibrations often cause problems in high precision instruments, which may be
solved by introducing passive dam**. In this paper, different ways of introducing passive …

Various viscoelastic models, such as the standard linear solid, Maxwell model, and Kelvin–
Voigt model, are frequently used to describe the behavior of biological materials from single …

Avoiding Brake Squeal Noise is a great challenge in railway, aeronautic, automotive and
bicycle industries. Adding dam** is known to be quite efficient to achieve this goal, see for …

The talk will deal with numerical simulations of parts or structures computed with linear
elastodynamic equations. The vibroacoustic-simulations aims are to compute complex or …

Le travail proposé vise à fournir une boîte à outils pour la conception de dispositifs
d'amortissement intégrant des matériaux viscoélastiques. Le cas d'application étudié est un …

Les structures mécaniques regorgent de matériaux viscoélastiques que les concepteurs
ajoutent afin de limiter leur amplitude vibratoire. Lors de l'analyse modale par éléments finis …