The objective of this work is to study the dynamical behaviour of vehicle supension system employing asynmetrical viscous damping, with a focus on improving passenger comfort, considering geometric nonlinearities which are present in the system. Previous studies have shown that the use of asymmetrical dampers in these types of systems can be advantageous with regard to the comfort of the passengers. However, there is a deficiency in understanding the dynamic behaviour of such systems. Therefore, further analysis of this problem should be conducted. The modeling and the behaviour of suspensions of two configurations, one with symmetrical viscous damping and another with asymmetrical viscous damping are presented and compared. The simulations...
This paper presents the results obtained on the basis of the mechatronic model of a passenger car. I...
[[abstract]]This paper develops a novel nonlinear backstepping design for the control of half-car ac...
[[abstract]]This paper develops a novel nonlinear backstepping design for the control of half-car ac...
This paper is based on the elaboration of mathematical suspension models which can evaluate performa...
Um dos problemas que mais se discutem na industria automobilística se refere a dirigibilidade e con...
Automotive suspension systems are designed to allow the driver full control of the vehicle. These sy...
In this study the behaviour of two different types of shock absorbers, symmetrical (linear) and asym...
Damper asymmetry is a phenomenon for which there is no confirmed explanation in the literature, alth...
Proven, the passive vehicle suspension system is a reliable and cost-effective solution solution for...
Since car was developed, vehicular suspension is an object of research and study. The function of th...
The ride quality including comfort and safety is the primary factor that is targeted in the design o...
Neste trabalho são apresentados modelos para a dinâmica vertical e para a dinâmica lateral de veícul...
Damping of the sprung and un-sprung masses of a vehicle through a suspension damper is crucial to ob...
Orientador: Douglas Eduardo ZampieriDissertação (mestrado) - Universidade Estadual de Campinas, Facu...
In this paper, analysis of a half-car model with linear and nonlinear semi-active dampers is perform...
This paper presents the results obtained on the basis of the mechatronic model of a passenger car. I...
[[abstract]]This paper develops a novel nonlinear backstepping design for the control of half-car ac...
[[abstract]]This paper develops a novel nonlinear backstepping design for the control of half-car ac...
This paper is based on the elaboration of mathematical suspension models which can evaluate performa...
Um dos problemas que mais se discutem na industria automobilística se refere a dirigibilidade e con...
Automotive suspension systems are designed to allow the driver full control of the vehicle. These sy...
In this study the behaviour of two different types of shock absorbers, symmetrical (linear) and asym...
Damper asymmetry is a phenomenon for which there is no confirmed explanation in the literature, alth...
Proven, the passive vehicle suspension system is a reliable and cost-effective solution solution for...
Since car was developed, vehicular suspension is an object of research and study. The function of th...
The ride quality including comfort and safety is the primary factor that is targeted in the design o...
Neste trabalho são apresentados modelos para a dinâmica vertical e para a dinâmica lateral de veícul...
Damping of the sprung and un-sprung masses of a vehicle through a suspension damper is crucial to ob...
Orientador: Douglas Eduardo ZampieriDissertação (mestrado) - Universidade Estadual de Campinas, Facu...
In this paper, analysis of a half-car model with linear and nonlinear semi-active dampers is perform...
This paper presents the results obtained on the basis of the mechatronic model of a passenger car. I...
[[abstract]]This paper develops a novel nonlinear backstepping design for the control of half-car ac...
[[abstract]]This paper develops a novel nonlinear backstepping design for the control of half-car ac...