Empleo de técnicas estadísticas en el análisis de los parámetros técnicos de una mezcla asfáltica con propiedades impermeabilizantes a partir de resina de pino
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Abstract
In Cuba, the complete design of buildings require of good an non-permeably system to cover the construction, however it have been identify some problems in the stability of the sealing or mastic used, so more than 61% of the construction had problems nowadays. In order to solve this problem, many types of mastic have been obtained from different components of oxidized-asphalt, turpentine and organic solvent, etc.
Up to now, the Ministery of Construction has produced mastic but still is not sufficient to supply the internal necessities. Moreover many of them have quality problems due to the fact of low conductivity, high glass tendency and the presence of organic solvent in its composition, which will reduce the durability of the impermabilization system. One way to over come this situation is to use the natural pine’s resins as a main component of the sealing mastic. So here we obtained three prototypes of asphalt mastic.
In this study, we have starting with a statitical analyzes of the technical parameters of the three purposed combinations of the mastic from the pines resins, and determining the best combination to be used as Impermeability Cover Systems which are equivalent to the commercial products according to the international regulations for these products.
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References
Betancourt Figueras, Y. P.: «Investigaciones fundamentales para la determinación de la tecnología de resinación en Pinus caribaea var. caribaea», tesis en opción del grado científico, Alemania, 1980.
Dixon-Massey: Introducción al análisis estadístico, Edición Revolucionaria, Instituto del Libro, La Habana, 1974.
Martínez, A.: Consulta personal. Dirección de Ciencia y Técnica, Micons, La Habana.
NC. 400-2005: «Materiales bituminosos y bituminosos modificados. Características de los másticos bituminosos», 1.a ed., Oficina Nacional de Normalización, La Habana, 2005.
Pastor Bustamante, J. P.: «Determinación de la calidad de la resina de Pinus y sus componentes» revista Ciencia Forestales de Chapingo, no. 2, 2002.
Soto, M.; S. Suárez: «Impermeabilizantes», Desarrollo de tecnologías, Gecons, La Habana, 1999.
Webster, A. L.: Estadística aplicada a la empresa y a la economía, Irwin, 2.a ed., Madrid, 1996.