The suspension is one of the most vital systems in a vehicle. Its performance degrades over
time due to road conditions. The suspension parameters of a moving vehicle are difficult or …

Traditional automated vehicle path-tracking algorithms require plant models to derive the
respective control laws. However, the accurate vehicle model is difficult to obtain due to the …

In this paper, an observer-based robust gain-scheduled control scheme is designed for a
semi-active air suspension (SAAS) system subject to uncertainties and external disturbance …

Coupling characteristics of integrated mechanical-hydraulic-control systems for active hydro-
suspension with uncertain and time-varying parameters make it difficult to achieve system …

This article investigates the reliable fuzzy sampled-data control issue of nonlinear vehicle
suspension systems subject to actuator faults. Considering the high nonlinear characteristics …

In large vehicles, controlled suspension systems play a vital role in balancing the trade-off
between ride comfort and vehicle stability. This article attempts to improve the semi-active …

Friction and other unmodeled uncertainties in pneumatic actuator systems limit their use in
high precise constant pressure control applications, such as ultraprecision grinding and low …

For the robust fault-tolerant control of the controllable suspension system, a control strategy
driven by knowledge-data fusion is proposed. Firstly, the boundary fuzziness between …

This paper describes a new suspension control logic to improve the yaw-roll-pitch motion of
vehicles equipped with electronic controlled suspension (ECS). The proposed suspension …

The bearing is the core component of the gearbox transmission system. Once it is damaged
during operation, it will cause the shutdown of the mechanical equipment for maintenance. It …