Browsing by Author "Jiménez Rojano, Cristian Elías"
Now showing 1 - 1 of 1
- Results Per Page
- Sort Options
Item Análisis comparativo de la estabilidad y la deformación del pavimento asfáltico con fibras celulosas y pavimento asfáltico tradicional(Universidad Técnica de Ambato. Facultad de Ingeniería Civil y Mecánica. Carrera de Ingeniería Civil, 2017) Jiménez Rojano, Cristian Elías; Moreira Cedeño, Fricson LutgardoThe present work was carried out with the of provide an asphalt pavement with adequate characteristics and capable to reduce the presence of cracks, for which it was necessary to collect the snitable materials for the later use in the research. The materials were provided by; JEAL CONSTRUCCIONES located in the Ambato city in The Peninsula sector, It was also necessary to collect the discarded coconut shell to remover the coconut fiber. It was necessary to determine if the aggregates both fine and thick complied with the INEN and ASTMD standards, stablished to make the asphaltic pavement, with this background, we proceded to make the granulometry corresponding to the type of aggregate verified, proving that they are inside of stablished limits by MOP - 001 - F 2002. Finished and determined This, it proceded performed by the Marshall method, that recommends to perform 3 briquettes for each asphalt content, starting from a percentage equal to 5% up to 7% with intervals of 0.5%, this to do a rear comparison. It made 3 briquettes for each percentage of asphalt cement used and additionally in these briquettes the fiber was added in a percentage equal to 0.3% by weight calculated over the total mixture. From the results obtained and the comparison of the stability and deformation preformed with the optimal percentages of asphalt, the traditional asphaltic pavement is determined to be higher tan asphaltic pavement with fibers,as the traditional asphaltic pavement is a 19.35% more itꞌs possible that asphalt pavement with fibers, however, the two both types of pavement accomplish with the criteria of a useful design, with the difference that traditional asphalt pavement is less costly than asphalt pavement with fibers.