A Noise Prediction Model on Inland Waterways Considering Water Surface Attenuation Effects Based on the FHWA
A Noise Prediction Model on Inland Waterways Considering Water Surface Attenuation Effects Based on the FHWA
- New search for: Dai, Benlin
- New search for: Hua, Zulin
- New search for: Zhu, Fangfang
- New search for: Li, Wei
- New search for: Ji, Lijun
- New search for: Dai, Benlin
- New search for: Hua, Zulin
- New search for: Zhu, Fangfang
- New search for: Li, Wei
- New search for: Ji, Lijun
In terms of the research deficiency of noise prediction methods on inland waterways in China, the FHWA model was introduced, and its parameters were re-defined. The noise prediction model on inland waterways was established by adding the water surface attenuation correction term based on FHWA model according to the actual environment situation of inland waterways. The noise data of 9 measured points were randomly selected from Shugang Channel in Lianyungang city for modeling verification. The calculated results indicated that the predicted values well fitted with the observed data. It is valuable to the further development for inland waterways noise prediction models in practical situation.
Document information
A Noise Prediction Model on Inland Waterways Considering Water Surface Attenuation Effects Based on the FHWA
Second International Conference on Transportation Engineering ; 2009 ; Southwest Jiaotong University, Chengdu, China
2009-07-29
Conference paper
Electronic Resource
English
Highways and roads , Information technology (IT) , Transportation management , Construction , Freight transportation , Water transportation , Waterways , Attenuation , Air transportation , Rail transportation , Coefficients , Noise pollution , Optimization , Public transportation , Traffic management
Similar titles
| British Library Conference Proceedings | 2009
FHWA highway traffic noise prediction model
| SLUB | 1978
| Engineering Index Backfile | 1924
| Engineering Index Backfile | 1929
INLAND WATERWAYS The Inland Waterways capital development plan
Online Contents | 2010