Automotive control technology plays a significant role for the sustainable development of
auto-industry. Under gradually fierce circumstance of competition around the world, how to …

摘要汽车控制技术是推动汽车工业可持续发展的重要保障. 在全球汽车行业竞争日益激烈的背景
下, 如何通过理论与方法的创新, 提高我国汽车控制系统的自主研发能力, 完成从消费大国向制造 …

In this article, a road preview model predictive control scheme for semi‐active suspension
system with magneto‐rheological damper (MRD) is suggested. In order to improve the …

为改善齿轮齿条式馈能悬架的阻尼特性和馈能特性, 在普通齿轮齿条式馈能悬架的基础上,
采用钕铁硼永磁发电机, 变速机构, 换向机构和冲击保护装置, 设计了高效馈能半主动悬架 …

In this paper, the control problem of semi-active suspension is formulated as the disturbance
attenuation problem with hard constraints. The vehicle body vertical acceleration, the …

On the basis of normal gear and rack type suspension, an efficient semi-active energy-
regenerative suspension was designed to improve the damping properties and energy …

A half-car active suspension system model with four degrees of freedom is established and
a strictly (Q, S, R)-dissipative state feedback controller is designed based on the dissipative …

This paper considers a new H2/GH2 sliding mode control in controlling active suspension
system subject to mismatched disturbance, without requiring a prior knowledge of …

In this paper we design a new type of hydraulic Energy-Regenerative vibration active
suspension system. The system has continuous change of damping force from zero to the …