It is necessary to predict the excess attenuation of road traffic noise by the buildings for the evaluation of ‘En-vironmental Quality Standards for Noise in Japan ’ at the areas facing roads. Three kinds of predicting methods have been proposed by the Acoustical Society of Japan, the Ministry of Environment and the author. They have their own merits and demerits, and we need to understand them well when applying these methods to the evaluation of the Standards. Excess attenuation calculated by these methods is calculated by computer simulation and the re-sults are compared. And the feature of each method is made clear, and the problems when applying them to the evaluation of the Standards are pointed out. 1
The noise generated from the vehicular traffic flow is a major source of environmental pollution. Th...
Many road traffic noise models are available around the world. However, these models cannot be simp...
A road traffic noise prediction model has been developed suitable for use in China. This model is ba...
It is necessary to predict the excess attenuation of road traffic noise by the buildings for the eva...
Abstract [451] In the “Environmental Quality Standards for Noise in Japan, ” the problem of environm...
In the Environmental Quality Standards for Noise in Japan (EQS), the problem of environmental noise ...
Abstract The Acoustical Society of Japan (ASJ) has published a new version of road traffic noise pre...
In Japan, many locations (areas facing roads) do not attain environmental quality standard values (7...
In the former study, the authors proposed an empirical formula to predict excess attenuation of road...
In the \u22Environmental Quality Standards for Noise,\u22 the problem of environmental noise in area...
In \u22the Environmental Quality Standards for Noise,\u22 the problem of environmental noise in area...
According to OECD, at least 20% of the European Union population (around 80 million of people) is ex...
As one of the measures for decreasing road traffic noise in a city, the control of the traffic flow ...
The problem of acoustical noise produced by transportation infrastructures is a serious issue to be ...
In this paper, a refined classic noise prediction method based on the VISSIM and FHWA noise predicti...
The noise generated from the vehicular traffic flow is a major source of environmental pollution. Th...
Many road traffic noise models are available around the world. However, these models cannot be simp...
A road traffic noise prediction model has been developed suitable for use in China. This model is ba...
It is necessary to predict the excess attenuation of road traffic noise by the buildings for the eva...
Abstract [451] In the “Environmental Quality Standards for Noise in Japan, ” the problem of environm...
In the Environmental Quality Standards for Noise in Japan (EQS), the problem of environmental noise ...
Abstract The Acoustical Society of Japan (ASJ) has published a new version of road traffic noise pre...
In Japan, many locations (areas facing roads) do not attain environmental quality standard values (7...
In the former study, the authors proposed an empirical formula to predict excess attenuation of road...
In the \u22Environmental Quality Standards for Noise,\u22 the problem of environmental noise in area...
In \u22the Environmental Quality Standards for Noise,\u22 the problem of environmental noise in area...
According to OECD, at least 20% of the European Union population (around 80 million of people) is ex...
As one of the measures for decreasing road traffic noise in a city, the control of the traffic flow ...
The problem of acoustical noise produced by transportation infrastructures is a serious issue to be ...
In this paper, a refined classic noise prediction method based on the VISSIM and FHWA noise predicti...
The noise generated from the vehicular traffic flow is a major source of environmental pollution. Th...
Many road traffic noise models are available around the world. However, these models cannot be simp...
A road traffic noise prediction model has been developed suitable for use in China. This model is ba...