Oxidative and Thermoreversible Aging Effects on Performance-Based Rheological Properties of Six Latin American Asphalt Binders

This paper documents and discusses the results of a study on the effects of oxidative and thermoreversible aging on the intermediate limiting phase angle temperatures for six Latin American asphalts. Materials were aged in the pressure aging vessel and investigated by infrared spectroscopy, modulate...

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Published inEnergy & fuels Vol. 33; no. 4; pp. 2604 - 2613
Main Authors Berkowitz, Max, Filipovich, Matthew, Baldi, Alejandra, Hesp, Simon A. M, Aguiar-Moya, José P, Lorı́a-Salazar, Luis G
Format Journal Article
LanguageEnglish
Published American Chemical Society 18.04.2019
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Abstract This paper documents and discusses the results of a study on the effects of oxidative and thermoreversible aging on the intermediate limiting phase angle temperatures for six Latin American asphalts. Materials were aged in the pressure aging vessel and investigated by infrared spectroscopy, modulated differential scanning calorimetry, and dynamic shear rheometry. It was found that the effects of irreversible/chemical and thermoreversible aging on rheological properties were of comparable weight. Hence, for future fatigue cracking performance grading, it is important to take the effects of both types of aging into consideration because the omission of thermoreversible effects will lead to inadequate control of cracking.
AbstractList This paper documents and discusses the results of a study on the effects of oxidative and thermoreversible aging on the intermediate limiting phase angle temperatures for six Latin American asphalts. Materials were aged in the pressure aging vessel and investigated by infrared spectroscopy, modulated differential scanning calorimetry, and dynamic shear rheometry. It was found that the effects of irreversible/chemical and thermoreversible aging on rheological properties were of comparable weight. Hence, for future fatigue cracking performance grading, it is important to take the effects of both types of aging into consideration because the omission of thermoreversible effects will lead to inadequate control of cracking.
Author Filipovich, Matthew
Baldi, Alejandra
Lorı́a-Salazar, Luis G
Berkowitz, Max
Hesp, Simon A. M
Aguiar-Moya, José P
AuthorAffiliation Department of Chemistry
Queen’s University
National Laboratory of Materials and Structural Models (LanammeUCR)
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Title Oxidative and Thermoreversible Aging Effects on Performance-Based Rheological Properties of Six Latin American Asphalt Binders
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