Road surface roughness is the leading cause of vehicle oscillation. The suspension system
is used to dampen these oscillations. The active suspension system equipped with a …

Rollovers can cause many hazards to the passengers in the car. The main cause of this
problem is the driver's sudden steering at high speed to avoid an obstacle or enter a …

In this article, the author introduces a new fuzzy control solution to direct active anti-roll bars
(hydraulic stabilizer bars) in order to enhance the vehicle's roll stabilization efficiency. The …

Using stabilizer bars in cars to limit rollover is a necessity applied to many vehicles today. In
this article, the author proposes using a new fuzzy method to control the hydraulic stabilizer …

The active anti-roll system is capable of rapidly applying a counter roll torque to the vehicles
when a roll tendency occurs, suppressing the degree of body roll and maintaining vehicle …

Rollover is a dangerous phenomenon. It is closely related to the vehicle roll angle. The
greater the roll angle, the greater the risk of rollover. The vehicle roll angle when steering …

The stability of the car when steering is controlled by the power steering system. An optimal
integrated algorithm (OSMCPID) for controlling an electric power steering system is …

This article's main content is directed toward designing and applying a new control algorithm
for automotive stabilizer bars. Previous studies often only used classical control algorithms …

This article proposes a new control solution for an electric power steering (EPS) system to
ensure the stability of car's dynamic behaviours. This work provides two new contributions …

In this paper, the author introduces using active stabilizer bars (hydraulic anti-roll bars) for
automobiles to improve the stability of rolling over when an automobile is steering. The car …