Prototipo de adoquín sustentable con plástico reciclable para la construcción de pavimentos articulados en el municipio de Girardot Cundinamarca.
No Thumbnail Available
Date
2023-03
Authors
Alzate Arango, Iván Fernando
García Gallardo, Paula Andrea
Advisors
Moreno Loaiza, Jaime
Editors
Journal Title
Journal ISSN
Volume Title
Publisher
Corporación Universitaria Minuto de Dios - Uniminuto
Type
Thesis
Rights
Atribución-NoComercial-SinDerivadas 2.5 Colombia
Abstract
El presente trabajo emerge desde una problemática la cual abarca la población a nivel mundial, como futuros ingenieros pretendemos contribuir con la conservación y sostenibilidad del medio ambiente. Esta investigación se realiza con el objetivo de realizar un prototipo de adoquín que sea sustentable hecho de material reciclado PET y PP, reemplazando los adoquines tradicionales, para mitigar el daño causado a la corteza terrestre mediante la explotación de las canterías para la obtención de la materia prima. Para la elaboración de esta investigación fue empleada la metodología experimental. Se elaboraron 12 prototipos de adoquín en material reciclado de PET y PP los cuales fueron sometidos a pruebas de laboratorios como lo es el ensayo de flexión y compresión con el fin de ser comparados con un adoquín convencional también evaluado en el mismo ensayo, seguido se compararon los resultados obtenidos los cuales permiten manejar estudios en un futuro los cuales permitan llegar a un adoquín adecuado realizando un mayor número de pruebas con el fin de poder implementarlo y que tenga tanto excelentes características físicas y mecánicas el cual pueda disminuir el impacto al medio ambiente y sea seguro su implementación.
The present work emerges from a problem which covers the population worldwide, as future engineers we intend to contribute to the conservation and sustainability of the environment. This research is carried out with the objective of making a sustainable cobblestone prototype made of recycled PET material, replacing traditional cobblestones, to mitigate the damage caused to the earth's crust by exploiting the quarries to obtain the raw material. For the elaboration of this research, the experimental methodology was used. 12 paver prototypes were made in recycled PET and PP material, which were subjected to laboratory tests such as the bending and compression test in order to be compared with a conventional paver also evaluated in the same test, followed by comparison the results obtained which allow managing studies in the future which allow reaching a suitable paver by performing a greater number of tests in order to be able to implement it and that it has both excellent physical and mechanical characteristics which can reduce the impact on the environment and its implementation is safe
The present work emerges from a problem which covers the population worldwide, as future engineers we intend to contribute to the conservation and sustainability of the environment. This research is carried out with the objective of making a sustainable cobblestone prototype made of recycled PET material, replacing traditional cobblestones, to mitigate the damage caused to the earth's crust by exploiting the quarries to obtain the raw material. For the elaboration of this research, the experimental methodology was used. 12 paver prototypes were made in recycled PET and PP material, which were subjected to laboratory tests such as the bending and compression test in order to be compared with a conventional paver also evaluated in the same test, followed by comparison the results obtained which allow managing studies in the future which allow reaching a suitable paver by performing a greater number of tests in order to be able to implement it and that it has both excellent physical and mechanical characteristics which can reduce the impact on the environment and its implementation is safe
Description
Diseñar un prototipo de adoquín sustentable con plástico reciclable para la construcción de pavimentos articulados en el municipio de Girardot Cundinamarca
Keywords
Sustentable, Reciclado, Adoquín, PET, Prototipo, Sustainability, Recycling, Cobblestone, PET, Prototype