
handle: 10654/41392
Utilizando los conocimientos adquiridos durante el curso internacional Project Management y Liderazgo , dirigido por la Universidad Autónoma del Estado de Puebla (UPAEP ) México, este trabajo busca evaluar las diversas morfologías y tamaños de partículas de caucho adicionado al concreto y así se determina de acuerdo a los estudios anteriormente realizados que tan viable es desarrollar mezclas de concreto utilizando GCR y en qué dosificación, sin que se pierdan propiedades mecánicas y además contribuir a la reducción de impactos negativos para el medio ambiente además de fortalecer el desarrollo sostenible. Using the knowledge acquired during the international Project Management and Leadership course, directed by the Autonomous University of the State of Puebla (UPAEP) Mexico, this work seeks to evaluate the various morphologies and sizes of rubber particles added to concrete and thus determine according to the studies previously carried out on how viable it is to develop concrete mixtures using GCR and in what dosage, without losing mechanical properties and also contributing to the reduction of negative impacts on the environment as well as strengthening sustainable development. -Introducción -Planteamiento de la tesis -Discusión -Conclusión -Referencias Pregrado
ASFALTO - MEZCLAS, Agregados, effort, materials, Compresión, Materiales, Llanta, Caucho, stony, GCR, Concreto, Sostenible, compression, innovation, Pétreo, CONVERSION DE RESIDUOS DE NEUMATICOS, Innovación, Esfuerzo, concrete, Desarrolló, tire, Construcción, Rubber, sustainable, Flexión, INGENIERIA CIVIL, Durabilidad
ASFALTO - MEZCLAS, Agregados, effort, materials, Compresión, Materiales, Llanta, Caucho, stony, GCR, Concreto, Sostenible, compression, innovation, Pétreo, CONVERSION DE RESIDUOS DE NEUMATICOS, Innovación, Esfuerzo, concrete, Desarrolló, tire, Construcción, Rubber, sustainable, Flexión, INGENIERIA CIVIL, Durabilidad
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