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How to Achieve Optimum Compaction

Jessica Stoikes

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Abstract

This article describes how to achieve optimum compaction when constructing hot mix asphalt (HMA) pavement, which plays a critical role in the the useful life of the pavement. Improper compaction can result in pavement deterioration -- poor processes can lead to accelerated aging due to decreased pavement stiffness, reduced durability, raveling, and moisture damage. The author highlights the two most important factors in compaction: use of the vibratory screed on the paver in vibrating mode; and mix temperature during compaction. The article details the steps for proper compaction, to ensure a durable, long-lasting pavement.

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What this paper is about

This article describes how to achieve optimum compaction when constructing hot mix asphalt (HMA) pavement, which plays a critical role in the the useful life of the pavement. Improper compaction can result in pavement deterioration -- poor processes can lead to accelerated aging due to decreased pavement stiffness, reduced durability, raveling, and moisture damage. The author highlights the two most important factors in compaction: use of the vibratory screed on the paver in vibrating mode; and mix temperature during compaction. The article details the steps for proper compaction, to ensure a durable, long-lasting pavement.

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Available abstract

This article describes how to achieve optimum compaction when constructing hot mix asphalt (HMA) pavement, which plays a critical role in the the useful life of the pavement. Improper compaction can result in pavement deterioration -- poor processes can lead to accelerated aging due to decreased pavement stiffness, reduced durability, raveling, and moisture damage. The author highlights the two most important factors in compaction: use of the vibratory screed on the paver in vibrating mode; and mix temperature during compaction. The article details the steps for proper compaction, to ensure a durable, long-lasting pavement.

Key concepts: Compaction, Asphalt pavement, Durability, Asphalt, Stiffness, Geotechnical engineering, Engineering, Forensic engineering

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