This article investigates the variation of vertical vibrations of vehicles using a Radial Basis Neural Network (RBNN). The RBNN is employed to predict desired values of amplitude of acceleration for different road conditions such as concrete, waved stone block paved and country roads. The proposed neural system is also tested for different natural frequencies and the ratios of damping. This method is conceptually straightforward, and it is also applicable to other type vehicles such as trucks
When a vehicle is being driven, it is excited by the road roughness and generates its own vibration....
This paper presents noise analysis of passenger cars using artificial neural networks (ANNs). The re...
Vibrations while driving, regardless of their intensity and shape, have the most obvious effect of r...
This article investigates the variation of vertical vibrations of vehicles using a Radial Basis Neur...
This paper investigates the variation of vertical vibrations of vehicles using a neural network (NN)...
This study analyzes effects of vibrations on comfort and road holding capability of vehicles as obse...
An experimental design method for noise and vibration analysis of two car engines by feedforward and...
522-529This study analyzes effects of vibrations on comfort and road holding capability of vehicles ...
It is necessary to develop an automated method to detect damaged road because manually monitoring th...
The paper presents the problem of using a neural network for military vehicle classification on the ...
This paper aims to create a prediction model for car body vibration acceleration that is reliable, e...
Whole-body vibration has negative effects on passengers' comfort, health and safety. The objective o...
Nowadays, usage of vehicles increases due to modern lifestyles, and many people are exposed to vibra...
This paper deals with the simulation of the tire/suspension dynamics by using recurrent neural netw...
Traffic–induced vibrations may constitute a considerable load to a building, cause cracking of plast...
When a vehicle is being driven, it is excited by the road roughness and generates its own vibration....
This paper presents noise analysis of passenger cars using artificial neural networks (ANNs). The re...
Vibrations while driving, regardless of their intensity and shape, have the most obvious effect of r...
This article investigates the variation of vertical vibrations of vehicles using a Radial Basis Neur...
This paper investigates the variation of vertical vibrations of vehicles using a neural network (NN)...
This study analyzes effects of vibrations on comfort and road holding capability of vehicles as obse...
An experimental design method for noise and vibration analysis of two car engines by feedforward and...
522-529This study analyzes effects of vibrations on comfort and road holding capability of vehicles ...
It is necessary to develop an automated method to detect damaged road because manually monitoring th...
The paper presents the problem of using a neural network for military vehicle classification on the ...
This paper aims to create a prediction model for car body vibration acceleration that is reliable, e...
Whole-body vibration has negative effects on passengers' comfort, health and safety. The objective o...
Nowadays, usage of vehicles increases due to modern lifestyles, and many people are exposed to vibra...
This paper deals with the simulation of the tire/suspension dynamics by using recurrent neural netw...
Traffic–induced vibrations may constitute a considerable load to a building, cause cracking of plast...
When a vehicle is being driven, it is excited by the road roughness and generates its own vibration....
This paper presents noise analysis of passenger cars using artificial neural networks (ANNs). The re...
Vibrations while driving, regardless of their intensity and shape, have the most obvious effect of r...