Una revisión del comportamiento mecánico del concreto con adición de fibras de acero de neumáticos reciclados
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El concreto en la industria de la construcción es un material muy usado, por lo que se ha venido investigando la manera de innovar los materiales que usualmente se usan para la elaboración del concreto, pero sin alterar las propiedades mecánicas, es decir que sean igual o mejores de lo que usualmente son; por lo que usar material reciclado es una buena opción ya que sería de ayuda en la disminución de la contaminación, disminuiría el uso de materia prima y mejoraría la situación del medio ambiente. El presente artículo tiene como objetivo revisar diferentes investigaciones sobre un material denominado fibras de acero de neumáticos incorporado en el concreto, que permita mejorar las propiedades de trabajabilidad, resistencia a la compresión, flexión y densidad del concreto. Se realizo una búsqueda de 80 artículos de revisión indexados en diferentes bases de datos, además de ser investigaciones publicadas de los últimos 7 años entre el 2015 y 2021, los cuales se dividen de la siguiente manera: 14 de ScienceDirect, 21 de EBSCO, 20 de Sopas y 24 de Web Of Scince, documentos que señalan la importancia de la construcción sostenible y la descripción de las fibras de acero de neumático reciclado. Se reviso los pasos, métodos y técnicas de selección, características y volumen adecuado que debe tener la fibra, después de discutir y analizar los resultados, se llega a la conclusión de que las fibras de acero de neumáticos recalados causan efectos positivos en las características mecánicas del concreto
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- Dr. Sócrates Muñoz, Sr. Jorge Mendoza, Srta. Mitzi Quispe, Una revisión sobre el rol de la inteligencia artificial en la industria de la construcción , Ingeniería y Competitividad: Vol. 24 Núm. 02 (2022): Ingeniería y Competitividad
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