The objectives of this study are to obtain a mathematical model for the passive and active
suspensions systems for quarter car model and to construct an active suspension control for …

Heavy trucks are mostly used for international transportations, with longer highways and
long driving hours contributing to corresponding increases in the driver's fatigue that is …

Ride comfort and the handling capabilities of vehicle are mainly determined by its
suspension system, which transmits the forces between the vehicle and the road. In recent …

This paper aims to optimize a fuzzy logic controller (FLC) active seat suspension applied to
an articulated truck semi-trailer seat to improve ride comfort considering the energy …

In recent years, the use of active control mechanisms in active suspension systems has
attracted considerable attention. The main objective of this research is to develop a …

With the increasing awareness of the importance of environmental protection and the fierce
competition in the construction machinery market, improving the vibration comfort of a whole …

针对某商用车驾驶室悬置系统, 建立了其动力学仿真模型, 经台架试验验证后进行了隔振性能
优化设计. 根据动力学仿真模型的边界条件, 建立其有限元仿真模型并进行台架试验验证 …

A raised crossing (RC), as an alternate to the current form of level crossings to minimise
risks of wheel-rail contact failure under frontal collision of trains onto stuck trucks, has been …

Ride comfort is simply defined as the vibration perfor-mance of the vehicle which is excited
by road surface roughness, generally as the vehicle moves at specific constant velocity over …

Dynamic behavior of vehicle systems and driving comfort is an optimization problem.
Passive suspension system usage in design considerations is seen in heavy commercial …