Study on the Application of Plant-Mixed Hot-Regenerated AC in the Maintenance of Expressway

Xi Ying Zhang; Dong Yu Sun; Bing Lai

doi:10.4028/www.scientific.net/AMM.97-98.167

Paper Titles

Mechanical Response Analysis of Heavy Traffic on Semi-Rigid Base Pavement Performance
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Testing Study and Numerical Analysis of Dynamic Compaction on the Red Sandstone Rubble Soil
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The Study on Portable Falling Weight Deflectometer Based on the Elastic Half-Space Theory
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Study on the Water Damage Resistance Performance of Micro-Surfacing
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Study on the Application of Plant-Mixed Hot-Regenerated AC in the Maintenance of Expressway
p.167

Research of the Low Temperature Crack Resistance for the Mineral Fiber Rein-Forced Asphalt Mixture
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Study on Highway Investment Decision under Uncertainty with Shackle Model
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The Stopping Sight Distance Test for Freeway Based on the Operating Speed
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Calculating Method and Safety Evaluation of Highway 3D Available Sight Distance
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 97-98Study on the Application of Plant-Mixed...

Study on the Application of Plant-Mixed Hot-Regenerated AC in the Maintenance of Expressway

Abstract:

Highway, especially expressway plays a very important role in economic development of today. To deal with the traffic load, the surface of expressway should have the nature of strength, load-bearing ability, skid-resistance, free of penetration and duration. AC is one of the high type pavements. With the rapid development of highway, most of the AC pavement will be destroyed by heavy traffic loads, and should be maintained with millions of waste materials produced. Plant-mixed hot-regenerated AC is to recycle these waste materials, and apply part of them as one of the ingredients of the new AC of the new pavement. Method of mix design of the Plant-mixed hot-regenerated AC is discussed is this article. The method was applied in the maintenance of the Chang-Ying expressway and has obtained relatively obvious economic effect and social effect.

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Periodical:

Applied Mechanics and Materials (Volumes 97-98)

Pages:

167-171

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.97-98.167

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Online since:

September 2011

Authors:

Xi Ying Zhang, Dong Yu Sun, Bing Lai

Keywords:

Aggregate, Gradation, Hot-Regenerated Ac, Marshall Test, Mixture Design, Performance, Rutting Test, Splitting Test

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