Use of Latex as a Renewable and Sustainable Asphalt Mixture Material


Authors : Ardi Virgo Nino Putra, Melawaty Agustien, Edi Kadarsa

Volume/Issue : Volume 5 - 2020, Issue 4 - April

Google Scholar : http://bitly.ws/9nMw

Scribd : https://bit.ly/2WDzS1n

Abstract : Damage that occurs in asphalt pavement can result from traffic loads, weather conditions, and also the surrounding environmental factors. High rainfall and poor drainage systems often cause inundation of road pavement causing a decrease in the strength of the pavement itself.. Pavement with a mixture of rubber materials has been tested to have several advantages such as increasing viscosity and fatigue resistance, and reducing deformation. Therefore, it is necessary to conduct research on the continuous and periodical resistance of the rubber asphalt mixture to the inundation condition. This study tested the resistance of rubber asphalt mixture to rainwater immersion condition with varying times of immersion.

Keywords : Deformation Resistance, Dynamic Stability, Immersion, Natural Rubber, Rain Water, Rubber Asphalt, Wheel Tracking Machine.

Damage that occurs in asphalt pavement can result from traffic loads, weather conditions, and also the surrounding environmental factors. High rainfall and poor drainage systems often cause inundation of road pavement causing a decrease in the strength of the pavement itself.. Pavement with a mixture of rubber materials has been tested to have several advantages such as increasing viscosity and fatigue resistance, and reducing deformation. Therefore, it is necessary to conduct research on the continuous and periodical resistance of the rubber asphalt mixture to the inundation condition. This study tested the resistance of rubber asphalt mixture to rainwater immersion condition with varying times of immersion.

Keywords : Deformation Resistance, Dynamic Stability, Immersion, Natural Rubber, Rain Water, Rubber Asphalt, Wheel Tracking Machine.

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