effects of wma additive on the rheological properties of asphalt binder and high temperature performance grade

effects of wma additive on the rheological properties of asphalt binder and high temperature performance grade

;Jiupeng Zhang;Guoqiang Liu;Li Xu;Jianzhong Pei
bulletin of the korean chemical society 2015 Vol. 2015 pp. -
229
zhang2015advanceseffects

Abstract

Sasobit additives with different dosages were added into 70# and 90# virgin asphalt binders to prepare WMA binders. The rheological properties, including G∗ and δ, were measured by using DSR at the temperature ranging from 46°C to 70°C, and the effects of temperature, additive dosage and aging on G∗/sin⁡δ, critical temperature, and H-T PG were investigated. The results indicate that WMA additive improves G∗ but reduces δ, and the improvement on 70# virgin binder is more significant. G∗/sin⁡δ exponentially decreases with the increasing temperature but linearly increases with the increasing additive dosage. Aging effect weakens the interaction between binder and additive but significantly increases the binder’s viscosity; that is why G∗/sin⁡δ is higher after short-term aging. In addition, the critical temperature increases with the increasing additive dosage, and the additive dosage should be more than 3% and 5% to improve H-T PG by one grade for 70# and 90# virgin binder, respectively.

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ID: 146213
Ref Key: zhang2015advanceseffects
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146213
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10.1155/2015/467891
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Scimatic Chain (ID: 481)
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