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There is a general concern about braking performance in runways pavements surfaces, particularly in airports operating turbojet aircrafts with high landing speeds, making friction become a significant safety subject. Runway friction changes along the time depending on aircraft traffic, weather conditions and maintenance works. Contaminants such as rubber deposits and water cause friction loss on pavement surface, mainly in the touchdown zone on runways, and it can reach quite extensive areas. This work analyzes the tire/pavement adherence on asphalt runways surfaces, by evaluating parameters as macrotexture, friction (using British Pendulum and MuMeter) and draining capability, in different areas of runways, submitted to different traffic and different maintenance actions. The field surveys were performed at Congonhas Airport. Congonhas operates two asphalt runways (grooved) with enough traffic to promote the adherences problems reported in literature. The results indicate how volume of traffic, grooving, rubber deposits and pavement maintenance practices can influence on runway surface adherence level.

Características de aderência de revestimentos asfálticos aeroportuários. Estudo de caso do aeroporto internacional de São Paulo/Congonhas.