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Performance Evaluation of Exposed Aggregate Texturing in Concrete Pavement Based on In-Situ Noise Measurements
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 Title & Authors
Performance Evaluation of Exposed Aggregate Texturing in Concrete Pavement Based on In-Situ Noise Measurements
Moon, Han-Young; Ha, Sang-Wook;
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 Abstract
Environmental noise at high intensities directly affects human health by causing hearing loss. Although scientific evidence currently is not conclusive, noise is suspected of causing or aggravating other diseases. Environmental noise indirectly affects human welfare by interfering with sleep, thought, and conversation. Noise emission from motorized vehicle includes power unit noise, tire/pavement noise and aerodynamic noise. Among them, tire/pavement noise is noise emission from interaction of the tire and road surface when the vehicle cruises over the surface of pavement. In general, portland cement concrete(PCC) pavement is known to create more noise than asphaltic surfaces though it has the advantage of durability and superior surface friction. However, the results of preliminary laboratory test showed exposed aggregate concrete(EAC) has and effect on reducing tire/pavement noise. Based on the laboratory test. pilot construction of exposed aggregate concrete pavement was completed and series of in-situ measurements were conducted for noise analysis including the pass-by noise measurement and the close-proximity method. Conclusively, it is expected that tire/pavement noise represent significant portion of noise levels at higher frequencies and it would be reduced on special textures of pavement such as exposed aggregate concrete.
 Keywords
close-proximity method;exposed aggregate concrete;pass-by noise measurement;portland cement concrete pavement;tire/pavement noise;
 Language
English
 Cited by
 References
1.
Stephen Samuels, 'Some Aspects of Tyre/road Noise from Rigid Pavements,' Proceedings of Noise Control Engineering, Washington, October, 1996, pp.73-78

2.
Ulf Sandberg, 'Noisy PCC Surface-A New-Found Old Problem,' Proceedings of Noise Control Engineering, Washington, October, 1996, pp.55-60

3.
Ulf Sandberg and Jerzy A. Ejsmont, 'Texturing of Ce-ment Concrete Pavement to Reduce Traffic Noise,' Noise Control Eng. J. Vol.46, No.6, 1998, pp.231-243 crossref(new window)

4.
Yasuo, O. and Hideki, T., 'Relationships Between Road Texture and Tire/road Noise,' Proceedings of Noise Control Engineering, Washington, October, 1996, pp. 67-72

5.
H. Y. Moon, S. W. Ha, and E. C. Yang, 'Properties of Exposed Aggregate Concrete Pavement to Reduce Traffic Noise Emission,' Proceedings of the International Conference on Non Conventional Materiats and Tech-nologies, Hanoi, March, 2002, pp.149-156

6.
H. Y. Moon and S. W. Ha, 'The Effect of the Exposed Aggregate Concrete Pavement on the Reducing Traffic Noise Emission,' KCI Concrete Journal, Vol. 15, No. 2, 2003,pp.352-359 crossref(new window)

7.
Kuemmel, D.A., J.R.Jaeckel, and A. Satanovsky, 'Inves-tigation Study of the Italgrip System-Noise AnaIysis' WisDOT Report WI/SPR-02-00, Wisconsin DOT, 3502 Kinsman Blvd. Madison, WI 53704, March, 2000

8.
James D. Chalupnik and Emehtus, 'Predicting Roadside Noise Levels from Near Field Trailer Measurements,'Proceedings of Noise Control Engineering, Washington, October, 1996, pp.61-66

9.
Ulf Sandberg, 'Noise Trailers of the World-Tools for Tire/Road Noise Measurements with the Close-Proximity Method,' Proceedings of Noise ControI Engineering, Michigan, April, 1998, pp.71-78

10.
Landsberger. Brian J., DeMoss. Jeffrey and McNerney. Michael, 'Effects of Air and Road Surface Temperature on Tire Pavement Noise on an ISO 10844 Surface,'SAE paper 2001-01-1598, Soc. Of Automotive Engi-neers, Warrendale, PA, USA

11.
ISO 13473-1, 'Characterization of pavement texture utilizing surface profiles - part 1: Determination of mean profile depth,' International Organization for Standardization (ISO), Geneva, Switzerland, 1997