Laboratory and On-Site Tests for Rapid Runway Repair
AbstractThe attention to rapid pavement repair has grown fast in recent decades: this topic is strategic for the airport management process for civil purposes and peacekeeping missions. This work presents the results of laboratory and on-site tests for rapid runway repair, in order to analyse and compare technical and mechanical performances of 12 different materials currently used in airport. The study focuses on site repairs, a technique adopted most frequently than repairs with modular elements. After describing mechanical and physical properties of the examined materials (2 bituminous emulsions, 5 cement mortars, 4 cold bituminous mixtures and 1 expanding resin), the study presents the results of carried out mechanical tests. The results demonstrate that the best performing material is a one-component fast setting and hardening cement mortar with graded aggregates. This material allows the runway reopening 6 h after the work. A cold bituminous mixture (bicomponent premixed cold asphalt with water as catalyst) and the ordinary cement concrete allow the reopening to traffic after 18 h, but both ensure a lower service life (1000 coverages) than the cement mortar (10,000 coverages). The obtained results include important information both laboratory level and field, and they could be used by airport management bodies and road agencies when scheduling and evaluating pavement repairs. View Full-Text
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Leonelli, F.; Di Mascio, P.; Germinario, A.; Picarella, F.; Moretti, L.; Cassata, M.; De Rubeis, A. Laboratory and On-Site Tests for Rapid Runway Repair. Appl. Sci. 2017, 7, 1192.
Leonelli F, Di Mascio P, Germinario A, Picarella F, Moretti L, Cassata M, De Rubeis A. Laboratory and On-Site Tests for Rapid Runway Repair. Applied Sciences. 2017; 7(11):1192.Chicago/Turabian Style
Leonelli, Federico; Di Mascio, Paola; Germinario, Antonello; Picarella, Francesco; Moretti, Laura; Cassata, Mauro; De Rubeis, Alberto. 2017. "Laboratory and On-Site Tests for Rapid Runway Repair." Appl. Sci. 7, no. 11: 1192.