Presently, the service performance of new-generation high-tech equipment is directly
affected by the manufacturing quality of complex thin-walled components. A high-efficiency …

Conventionally, single-targeted H∞ or H 2 optimization methods are adopted to determine
the optimal parameters of different Dynamic Vibration Absorbers (DVAs) individually. A …

The aim of this study is to investigate the wave propagation characteristics of one-
dimensional inertial amplification (IA) metamaterials with double resonators. The IA Angle is …

The nonlinear inertial amplifier base isolators (NIABI) for dynamic response mitigation of
structures are introduced in this paper. The nonlinear inertial amplifiers are installed inside …

Impacting vibration absorbers (IVA) and impacting inertial amplifier vibration absorbers
(IIAVA) are established in this study to control the vibrations of the single and multiple …

The article introduces the nonlinear negative stiffness base isolators (NNBI). These isolators
are used to reduce the dynamic responses of single degrees of freedom systems (SDOF) …

The dynamic interaction between trains, tracks, and bridges is a critical consideration in
railway engineering, particularly for designing efficient railway bridges. This interaction …

Improving the control performance of dynamic vibration absorbers has recently been
effective by introducing a grounded negative stiffness device. However, the negative …

This paper introduces the enhanced inerter-based isolation system (EIBI) to improve
broadband vibration control. Using the H 2 optimization method, the exact closed-form …

The negative stiffness inerter-based base isolators (NSIBI) are introduced in this paper. The
negative stiffness device and inerters are installed inside the core of the conventional base …