Comparison Analysis of the Aggregate Contact Characteristics between Skeleton-Dense and Suspended-Dense Structure Asphalt Mixture

Author:

Shi Li Wan1,Wang Duan Yi1,Masley Julius1,Zhang Shu Wen1

Affiliation:

1. South China University of Technology

Abstract

The contact between aggregates is an important feature of asphalt mixture skeleton. By comparing skeleton-dense and suspended-dense structure asphalt mixture test results, this paper studied the distribution characteristics of coarse aggregate contacts by using two-dimension digital image processing technique. The results indicate that skeleton-dense asphalt mixture has more homogeneous distribution of contact points, and a relatively stable skeleton structure than suspended-dense mixture. In two-dimension image, homogeneous distribution of contact points and little unrestrained coarse aggregates are two evident characteristics of asphalt mixture with good rutting resistance. The rutting resistance of asphalt mixture has no correlation with contact points, but is related to the spatial distribution of the contact points.

Publisher

Trans Tech Publications, Ltd.

Reference10 articles.

1. DuanYi Wang, Kan Li, Xu Cai. Evaluation of Rutting Resistance on Asphalt Mixture Based on Aggregate Contact Characteristics, J. Journal of South China University of Technology: Natural Science Edition, (40)2012 121-126.

2. Hong Wei, Hong Ying, TianQing Ling. Aggregates contact characteristics evaluation of asphalt mixtures by analyzing cut images, J. Journal of Civil, Architectural & Environmental Engineering, (32)2010 69-74.

3. Hong Ying, Hong Zhang. Study Distribution Characteristics of Aggregate contacts in AC20 HAM based on digital image processing, J. Journal of Building Materials, , (14) 2011 66-70.

4. Jun Chen, XiaoMing Huang. Evaluation of aggregate skeleton structure using the discrete element method, J. Journal of Southeast University: Natural Science Edition, (42)2012 761-765.

5. Tao Ma, Zhen Wang, YongLi Zhao. Degradation behavior of aggregate skeleton in stone matrix asphalt mixture, J. Journal of Central South University of Technology. (18) 2011 2192-2200.

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