Nonlinear energy sink (NES) is an appropriately designed nonlinear oscillator without
positive linear stiffness. NES can suppress vibrations over a wide frequency range due to its …

Traditional structures adopt a split design with vibration control, energy harvesting and
monitoring, which is difficult to meet the needs of technological development. The …

Long-term vibration poses a threat to drivers' health and affects their ride performance.
Furthermore, large-magnitude vibration and sudden shocks may even result in end-stop …

Control of vibrations in fluid transmitting pipes has emerged as a major engineering
challenge. For higher fluid flow rate, support vibration, and excitation load, the vibrations in …

A closed detached response due to the resonance response interaction has a critical effect
on vibration isolation and energy harvesting. In this paper, a promising novel approach by …

This work proposes on a novel continuum vibratory absorber that integrates a lever-type
nonlinear energy sink (LNES) with asymmetric elastic boundary into viscoelastic Euler …

An inerter is introduced in the traditional nonlinear energy sink (NES) to replace its mass
and constitutes the novel inerter-based nonlinear energy sink (INES). The INES combines …

Nonlinear energy sinks (NESs) are known for their capacity of resonating with a wide range
of frequencies. However, the occurrence of resonance in NESs strongly depends on the …

Although the frequency dependence of linear tuned-mass-damper (TMD) is overcome by the
nonlinear energy sink (NES), it is sensitive to the input energy. When the structure with NES …

The traditional nonlinear energy sink (NES), ie, a smooth and cubic NES, can cause stable
higher branch of response of primary systems with increasing excitation forcing. For this …