Bio-inspired isolators are a novel type of nonlinear isolators by mimicking the bionic
structures and behaviors. Most of them are based on limb-like structures composed of rigid …

Nonlinear vibration isolation systems with both stiffness and damping nonlinearities are
promising for a broad-band and high-efficient isolation performance. In this research, a …

The high-static-low-dynamic-stiffness (HSLDS) isolators have been widely employed to
achieve low-frequency vibration isolation. However, traditional HSLDS isolators are prone to …

Macro fiber composite (MFC) is widely used in active vibration and deformation control. The
intrinsic asymmetric hysteresis nonlinearity of MFC affects the control accuracy. In this paper …

The hysteresis model has long been widely discussed to describe the dynamic behavior of
magnetic materials or devices. Most models solve the hysteresis with the completely absent …

Nonlinear vibration isolators with stiffness nonlinearity show promise for a broadband
isolation performance without degrading the load capacity. An analytical method is …

The acceleration effect on edge stress singularity and edge strength in piezoelectric/
piezomagnetic heterostructures is investigated in this work. For the stress singularity …

Vibration isolators with both stiffness and damping nonlinearities are expected to exhibit the
advantages of broad-band and high-efficiency vibration isolation. A NiTiNOL circular ring is …

Ring structures can generate significant vibration due to the internal and external
excitations. A mathematical model of a thin ring subjected to time-varying springs and forces …

Built on Weibull cumulative distribution function and the hysteresis rule of Jiles–Atherton
model, this paper proposes a new hysteresis function suitable for modeling the hysteretic …