Laboratory prediction of early life asphalt surfacing properties

Shaun Friel, David Woodward, Alan Woodside, Shay Fitzpatrick

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Abstract

This paper summarises the findings of a laboratory investigation to assess whether it is possible to rank the relative performance of 10 different asphalt surfacing materials made with the same aggregate. The Road Test Machine was used to simulate controlled trafficking conditions. The change in wet skid resistance and texture depth was determined at regular intervals during testing. It was found that wet skid resistance increases as nominal stone size decreases for the AC and SMA mixes and decreases with increasing application of 20mm chippings for the HRA. Texture depth increases as the nominal stone size increased. The AC mixes were least durable and suffered most from surface ravelling in the later stages of testing. The SMA mixes were more durable with the HRA having the best durability. The resulting data suggests that it is possible to improve understanding of the complex inter- relationships between asphalt mix properties such as asphalt type, nominal aggregate size, skid resistance and texture depth and how they develop with time. The testing protocols offer a means of optimising the sustainable development of asphalt surfacing materials
LanguageEnglish
Title of host publicationUnknown Host Publication
Number of pages8
Publication statusPublished - Sep 2010
EventITRN Conference - University College Dublin, Ireland
Duration: 1 Sep 2010 → …

Conference

ConferenceITRN Conference
Period1/09/10 → …

Fingerprint

Hard facing
Skid resistance
Asphalt
Textures
Testing
Sustainable development
Durability

Cite this

Friel, S., Woodward, D., Woodside, A., & Fitzpatrick, S. (2010). Laboratory prediction of early life asphalt surfacing properties. In Unknown Host Publication
Friel, Shaun ; Woodward, David ; Woodside, Alan ; Fitzpatrick, Shay. / Laboratory prediction of early life asphalt surfacing properties. Unknown Host Publication. 2010.
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Friel, S, Woodward, D, Woodside, A & Fitzpatrick, S 2010, Laboratory prediction of early life asphalt surfacing properties. in Unknown Host Publication. ITRN Conference, 1/09/10.

Laboratory prediction of early life asphalt surfacing properties. / Friel, Shaun; Woodward, David; Woodside, Alan; Fitzpatrick, Shay.

Unknown Host Publication. 2010.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

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T1 - Laboratory prediction of early life asphalt surfacing properties

AU - Friel, Shaun

AU - Woodward, David

AU - Woodside, Alan

AU - Fitzpatrick, Shay

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N2 - This paper summarises the findings of a laboratory investigation to assess whether it is possible to rank the relative performance of 10 different asphalt surfacing materials made with the same aggregate. The Road Test Machine was used to simulate controlled trafficking conditions. The change in wet skid resistance and texture depth was determined at regular intervals during testing. It was found that wet skid resistance increases as nominal stone size decreases for the AC and SMA mixes and decreases with increasing application of 20mm chippings for the HRA. Texture depth increases as the nominal stone size increased. The AC mixes were least durable and suffered most from surface ravelling in the later stages of testing. The SMA mixes were more durable with the HRA having the best durability. The resulting data suggests that it is possible to improve understanding of the complex inter- relationships between asphalt mix properties such as asphalt type, nominal aggregate size, skid resistance and texture depth and how they develop with time. The testing protocols offer a means of optimising the sustainable development of asphalt surfacing materials

AB - This paper summarises the findings of a laboratory investigation to assess whether it is possible to rank the relative performance of 10 different asphalt surfacing materials made with the same aggregate. The Road Test Machine was used to simulate controlled trafficking conditions. The change in wet skid resistance and texture depth was determined at regular intervals during testing. It was found that wet skid resistance increases as nominal stone size decreases for the AC and SMA mixes and decreases with increasing application of 20mm chippings for the HRA. Texture depth increases as the nominal stone size increased. The AC mixes were least durable and suffered most from surface ravelling in the later stages of testing. The SMA mixes were more durable with the HRA having the best durability. The resulting data suggests that it is possible to improve understanding of the complex inter- relationships between asphalt mix properties such as asphalt type, nominal aggregate size, skid resistance and texture depth and how they develop with time. The testing protocols offer a means of optimising the sustainable development of asphalt surfacing materials

M3 - Conference contribution

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Friel S, Woodward D, Woodside A, Fitzpatrick S. Laboratory prediction of early life asphalt surfacing properties. In Unknown Host Publication. 2010