The CNOSSOS-EU method is recommended in Europe for environmental noise prediction. In regards to road traffic, it includes vehicle noise emission models implicitly referring to internal combustion vehicles. The development of electrically driven vehicles calls for the future consideration of these vehicles in prediction models. On the basis of experimental data, the study reported in this paper proposes a noise emission model for extending CNOSSOS-EU to light electric vehicles. Correction terms to be applied to the propulsion noise component are determined. Investigations on a sample of tyres with good rolling resistance performance, which is a main tyre selection criterion on these vehicles, indicated that no correction is required for the...
Current European legislation aims to limit vehicle noise emissions since many people are exposed to ...
Today's models for road traffic noise are based on the Nordic prediction model from 1996. Since then...
This work proposes a methodology suitable for analysing the sound power levels (Lw), and carbon diox...
AbstractWith the advent of electric vehicles and their significant lower propulsion noise emission i...
International Congress of Acoustics, AACHEN, ALLEMAGNE, 09-/09/2019 - 13/09/2019The CNOSSOS-EU predi...
This article presents a method of calculation that allows us to separate the contribution of a speci...
The project FOREVER aims primarily to provide data and information on the potential future noise imp...
Internoise 2019, MADRID, ESPAGNE, 16/06/2019 - 19/06/2019The European Directives 2002/49/EC and 2015...
The electrification revolution has introduced a paradigm shift in the design and research of vehicle...
Traffic noise prediction models in France are based on vehicle noise emission values defined by the ...
The main purpose of this work is to develop a single vehicle noise emission model that uses speed as...
This article proposes a methodology to account for vehicle kinematics in a fast and efficient way wh...
Road traffic noise is the most pervasive source of ambient outdoor noise pollution in Europe. Traffi...
The Nordic prediction model from 1996 is still used for road traffic noise predictions and noise map...
In the next few years, the number of electric vehicles will increase significantly. Electric vehicle...
Current European legislation aims to limit vehicle noise emissions since many people are exposed to ...
Today's models for road traffic noise are based on the Nordic prediction model from 1996. Since then...
This work proposes a methodology suitable for analysing the sound power levels (Lw), and carbon diox...
AbstractWith the advent of electric vehicles and their significant lower propulsion noise emission i...
International Congress of Acoustics, AACHEN, ALLEMAGNE, 09-/09/2019 - 13/09/2019The CNOSSOS-EU predi...
This article presents a method of calculation that allows us to separate the contribution of a speci...
The project FOREVER aims primarily to provide data and information on the potential future noise imp...
Internoise 2019, MADRID, ESPAGNE, 16/06/2019 - 19/06/2019The European Directives 2002/49/EC and 2015...
The electrification revolution has introduced a paradigm shift in the design and research of vehicle...
Traffic noise prediction models in France are based on vehicle noise emission values defined by the ...
The main purpose of this work is to develop a single vehicle noise emission model that uses speed as...
This article proposes a methodology to account for vehicle kinematics in a fast and efficient way wh...
Road traffic noise is the most pervasive source of ambient outdoor noise pollution in Europe. Traffi...
The Nordic prediction model from 1996 is still used for road traffic noise predictions and noise map...
In the next few years, the number of electric vehicles will increase significantly. Electric vehicle...
Current European legislation aims to limit vehicle noise emissions since many people are exposed to ...
Today's models for road traffic noise are based on the Nordic prediction model from 1996. Since then...
This work proposes a methodology suitable for analysing the sound power levels (Lw), and carbon diox...