To further explore the beneficial effects of the vibration isolation performance of a new
vehicle ISD (inerter-spring-damper) suspension using a mechatronic inerter, this paper …

Network synthesis has been well developed for the linear suspensions system, but it is not
applicable to nonlinear ones with the mem-inerter. Based on the equivalent inertance …

In this paper, the dynamics of the vehicle suspension system under the random excitation
and the periodic excitation are investigated. To improve the dam** performance of the …

Inerters, a new type of mass element, have been successfully applied in various fields, such
as in automotive and civil engineering. The development of a new element, named a …

Road excitation is the basic input of vehicle vibration, which greatly impacts on vehicle ride
comfort. In addition, it can cause vertical vibration of the vehicle, leading to deformation of …

In order to comprehensively improve the ride comfort performance and the road friendliness
performance of the heavy vehicles, an inertial suspension using ground-hook (GH) control is …

In this paper, the vehicle ISD (inerter‐spring‐damper) suspension and power‐driven‐
damper control strategy are combined to the suspension design, and the power‐driven …

This paper concerns the performance analysis of a fractional-order vehicle mechatronic ISD
suspension with parameter perturbation. A dynamic model of the vehicle mechatronic ISD …

Aim to balance the ride comfort and handling stability of vehicles and improve suspension
performance, this paper presents a novel lateral interconnected hydro-pneumatic “inerter …

The paper explains a concept of a vehicle molecular spring suspension whose stiffness in
middle stage can be as low as 13 N/mm. The design of this suspension spring on the basis …