In this paper, a mechatronic shock absorber based on ball screw pair is designed, which can
produce large damping force under the same working conditions, the dynamic model of …

Finding all the roots of a nonlinear equation is an important and difficult task that arises
naturally in numerous scientific and engineering applications. Sequential iterative …

This paper presents a novel robust control approach for a nonlinear uncertain vehicle
suspension system with time-delayed actuation and bounded disturbances. Three factors …

The ride comfort provided by a vehicle to the driver and the passengers is an important
feature, directly correlated to the technical characteristics of the suspension system of the …

In this paper, we provide a detailed local convergence analysis of a one-parameter family of
iteration methods for the simultaneous approximation of polynomial zeros due to Ivanov …

This work investigates an innovative hydro-pneumatic suspension system that was recently
developed for possibly enhancing the performance of wheeled road vehicles, particularly …

The global automotive sector is booming, with an estimated 1.4 billion powered vehicles on
the road today, with this number rising every day. Smooth riding is a crucial component of a …

Abstract Continuous Damping Control (CDC) damper is a kind of active damper with
adjustable damping coefficients, which has a broad application prospect for vibration …

Nonlinear phenomena occur in diverse fields such as science, engineering and business.
Research within computational science is continuously advancing, characterized by the …

This paper presents an adaptive approach for controlling the nonlinear vehicle suspension
system in the presence of unknown delay and limited disturbance. All three factors present …