In the paper, the simulation PROP5 program is used to predict the sound level in proximity of a road with defined surroundings. The simulation involves road geometry (number of lanes and their positions) and traffic structure (vehicle flow rates and their average speeds), with equivalent omnidirectional point sources representing vehicles. In Part I of the paper, the agreement between measurement and simulation results is tested to verify the accuracy degree of the applied models of a road, as a noise source and propagation throughout surrounding space. In Part II, using the pre-tested simulation program, the possibility of acoustic climate improvement has been analyzed
As urban planning evolves along with societal life, new requirements that should be met are rising. ...
It is necessary to predict the excess attenuation of road traffic noise by the buildings for the eva...
The assessment methods for noise exposure from different modes of traffic are usually based on simpl...
In the paper, the simulation PROP5 program with the road model defined as a noise source and road su...
abstract: Forecasts of noise pollution from a highway line segment noise source are obtained from a ...
Deliberately changing terrain undulation and ground characteristics ("acoustical landscaping") is an...
Environmental noise management is an important part of the policy across the EU policy context, beca...
National guidelines for calculating noise propagation are still in use though progress was made to d...
Acoustic noise is attributed to one of the main stressors negatively influencing human life quality....
Due to the current shortage of traditional public space because of its privatization, commercializat...
Due to the current shortage of traditional public space because of its privatization, commercializat...
Road traffic has a significant influence on the environmental noise pollution, producing harmful eff...
The present article is addressing the problem of street noise investigation in urban agglomeration a...
According to OECD, at least 20% of the European Union population (around 80 million of people) is ex...
The problem of acoustical noise produced by transportation infrastructures is a serious issue to be ...
As urban planning evolves along with societal life, new requirements that should be met are rising. ...
It is necessary to predict the excess attenuation of road traffic noise by the buildings for the eva...
The assessment methods for noise exposure from different modes of traffic are usually based on simpl...
In the paper, the simulation PROP5 program with the road model defined as a noise source and road su...
abstract: Forecasts of noise pollution from a highway line segment noise source are obtained from a ...
Deliberately changing terrain undulation and ground characteristics ("acoustical landscaping") is an...
Environmental noise management is an important part of the policy across the EU policy context, beca...
National guidelines for calculating noise propagation are still in use though progress was made to d...
Acoustic noise is attributed to one of the main stressors negatively influencing human life quality....
Due to the current shortage of traditional public space because of its privatization, commercializat...
Due to the current shortage of traditional public space because of its privatization, commercializat...
Road traffic has a significant influence on the environmental noise pollution, producing harmful eff...
The present article is addressing the problem of street noise investigation in urban agglomeration a...
According to OECD, at least 20% of the European Union population (around 80 million of people) is ex...
The problem of acoustical noise produced by transportation infrastructures is a serious issue to be ...
As urban planning evolves along with societal life, new requirements that should be met are rising. ...
It is necessary to predict the excess attenuation of road traffic noise by the buildings for the eva...
The assessment methods for noise exposure from different modes of traffic are usually based on simpl...