Bibliographic citations
Boza, S., Sinchi, R. (2015). Evaluación comparativa del módulo dinámico y las propiedades volumétricas de la mezcla en caliente diseñada por el método de Marshall con granulometrias EG-2013 y superpave para la carretera tramo Cusco - Occopata. [Tesis, Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/57
Boza, S., Sinchi, R. Evaluación comparativa del módulo dinámico y las propiedades volumétricas de la mezcla en caliente diseñada por el método de Marshall con granulometrias EG-2013 y superpave para la carretera tramo Cusco - Occopata. [Tesis]. : Universidad Andina del Cusco; 2015. https://hdl.handle.net/20.500.12557/57
@misc{renati/954262,
title = "Evaluación comparativa del módulo dinámico y las propiedades volumétricas de la mezcla en caliente diseñada por el método de Marshall con granulometrias EG-2013 y superpave para la carretera tramo Cusco - Occopata.",
author = "Sinchi Choque, Ruth Belinda",
publisher = "Universidad Andina del Cusco",
year = "2015"
}
This thesis research has as its main objective the “Benchmarking dynamic modulus and volumetric properties of hot mix designed by the Marshall method with particle sizes EG-2013 and SUPERPAVE stretch of road Cusco - Occopata“ and to show that the asphalt designed with SUPERPAVE gradation have greater performance over its life span of years and evaluating the volumetric properties and the dynamic modulus of hot mix asphalt. The average rate Diary section was made for the road Cusco-Occopata for 7 business days to see the amount of vehicular traffic today. Two types of particle sizes (SUPERPAVE and EG-2013) where each of them met their specifications but used a single design hot mix (Marshall) with added Amarupampa, Combapata (Copesco) material used was made by the Cusco road stretch Occopata which were worked with EG-2013, SUPERPAVE and aggregates Piñipampa (Supermix) with SUPERPAVE grading of grain sizes. These aggregates were chosen according to a study in the laboratory and checking their required properties according to the methodology of each of the aforementioned particle sizes. Thus, the study of the thesis focuses on the analysis of procedures for making briquettes (test units) and results (Marshall stability test and dynamic modulus) as a result of performing the Marshall mix design with grain EG- 2013 and SUPERPAVE aggregate complying with the relevant specifications in different percentage amounts of 4.5, 5.0, 5.5, 6.0, 6.5, 7.0 and obtain an optimal value of all volume properties and comparing each to achieve results that reduce the maintenance of the track to be used in the stretch Cusco Occopata road. Determine the optimum asphalt which met the minimum requirements right through the Marshall Method 33 briquettes each respective grain sizes and stone aggregates was conducted and then the dynamic module according to the properties of the asphalt mix was determined by the methodology SHELL. Adding Piñipampa Amarupampa and are equal in terms because the river over the same aggregates brings however in the process and the number of times of the grinding aggregate particles, more angular particles are obtained rough surface texture at the volumetric properties improved in the mix design.
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