Developing effective, reliable, and economical structural vibration control techniques has
always been a critical research topic in civil engineering community. Negative stiffness, as …

Recently, negative stiffness (NS) has been applied in dynamic vibration absorbers (DVAs) to
achieve better control performance on dynamic responses. However, the adoption of NS …

Background Underwater ship has extremely high requirements for vibration and noise
control. Reducing the vibration and noise level of underwater ship has always been a hot …

This study investigated negative stiffness (NS) structures, which are promising
metamaterials that can potentially be useful in the energy absorption field. However, low …

Negative stiffness (NS) is effective to enhance the control performance of dynamic vibration
absorbers (DVAs) on dynamic excitations. Traditional optimal design of NS-DVAs is based …

Metamaterials with ultra-low frequency and broad bandgaps have seldom been reported. In
this paper, we propose a metamaterial whose unit cell consists of a dynamic vibration …

This paper presents the optimal design for novel negative-stiffness non-traditional inerter-
based dynamic vibration absorbers called NS-NIDVAs. The underlying idea of negative …

Negative stiffness (NS) structures, as hopeful metamaterials, are potential in the energy
absorption (EA) field. However, low specific energy absorption (SEA) limits its engineering …

In order to enhance the performance of dynamic vibration absorber (DVA), inerter-based
DVA and DVA with negative stiffness have received considerable attention in structural …

This paper presents a dynamic vibration absorber with negative stiffness (DVANS) in
controlling the first longitudinal mode of the propulsion shafting system. The dynamic …