Nonlinearity can take an important and critical role in engineering systems, and thus cannot
be simply ignored in structural design, dynamic response analysis, and parameter selection …

This paper investigates, for the first time, a human body inspired anti-vibration structure
(HBIAVS) for exploring its vibration isolation potential. The anti-vibration structure HBIAVS …

This paper presents a unique human body inspired passive vibration isolation system with a
special coupled nonlinear inertia design. This human body inspired anti-vibration structure …

This paper focuses on the finite-time tracking control with external disturbance for active
suspension systems. In order to compensate unknown disturbance efficiently, a disturbance …

Active suspension systems have advantages on mitigating the effects of vehicle vibration
caused by road roughness, which are one of the most important component parts in …

The vehicle active suspension has drawn considerable attention due to its superiority in
improving the vehicle dynamic performance. This paper investigates the nonfragile H∞ …

As the automotive paradigm shifts towards electric, limited range remains a key challenge.
Increasing the battery size adds weight, which yields diminishing returns in range per …

Dual-chamber air springs are used as a key component for vibration isolation in some
industrial applications. The working principle of the dual-chamber air spring device as …

The vehicle active suspension has been widely used as it could effectively improve the
vehicle ride comfort. To solve the issues of actuator uncertainty and time delay existing in the …

In this paper, the performance of the single-input multiple-output (SIMO) networked time-
delay systems is investigated. The performance is related to the internal factors …