Diagnóstico de los tipos de corrosión en estructuras metálicas de los parques biosaludables en la ciudad de Barranquilla mediante la técnica de inspección visual
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Fecha
2022
Autores
Herrera Cuentas, Aura Cristina
Martínez Meza, Edgar Enrique
Vergara Mercado, Daniel Eduardo
López Roa, Dayron Sleyder
Bravo Klever, Juneth Paola
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Ediciones Universidad Simón Bolívar
Facultad de Ingenierías
Facultad de Ingenierías
Resumen
Barranquilla es una ciudad costera clasificada entre las ciudades con un nivel de corrosión extremadamente severa en Colombia como lo indica (Restrepo, et al., 2007), como consecuencia de los distintos tipos de atmosferas (urbana, industrial y marina) que posee, presentando características como las altas temperaturas, humedad, aerosol marino y al mismo tiempo no existe la cultura de la prevención de la corrosión para prever este fenómeno. En este sentido se estimula una de las causales que contribuyen al desarrollo y aumento de la velocidad de la corrosión, generando principalmente grandes pérdidas económicas. Evidentemente la importancia de construir infraestructuras resilientes, promover la industrialización inclusiva y sostenible e incluso, fomentar la innovación favorece el desarrollo de infraestructuras fiables, sostenibles, resilientes y de calidad; que contribuyan al crecimiento económico, científico y tecnológico como lo anuncia el Objetivo de Desarrollo Sostenible número 9 de las Naciones Unidas. Por tal motivo, la presente investigación se enfoca en el estudio de la corrosión en las estructuras metálicas de los parques biosaludables de la ciudad, para prolongar la vida útil de éstos, brindando espacios propicios para la creación de hábitos saludables, la recreación y el deporte de la comunidad, desarrollando y protegiendo infraestructuras que favorezcan el mejoramiento de la calidad de vida de los ciudadanos en armonía con el entorno, garantizando una vida sana con hábitos saludables y promover su bienestar como se afirma también a través de los objetivos de desarrollo sostenible tercero y undécimo.
Barranquilla is a coastal city classified among the cities with an extremely severe level of corrosion in Colombia as indicated by (Restrepo, et al., 2007), as a consequence of the different types of atmospheres (urban, industrial and marine) that it has, presenting characteristics such as high temperatures, humidity, marine spray and at the same time there is no culture of corrosion prevention to foresee this phenomenon. In this sense, one of the causes that contribute to the development and increase in the speed of corrosion is stimulated, mainly generating large economic losses. Obviously, the importance of building resilient infrastructures, promoting inclusive and sustainable industrialization and even fostering innovation favors the development of reliable, sustainable, resilient and quality infrastructures ; that contribute to economic, scientific and technological growth as announced by the Sustainable Development Goal number 9 of the United Nations. For this reason, the present investigation focuses on the study of corrosion in the metallic structures of the bio-healthy parks of the city, to prolong their useful life, providing spaces conducive to the creation of healthy habits, recreation and sports in the community, developing and protecting infrastructures that favor the improvement of the quality of life of citizens in harmony with the environment, guaranteeing a healthy life with healthy habits and promoting their well-being as also stated through the sustainable development objectives third and eleventh.
Barranquilla is a coastal city classified among the cities with an extremely severe level of corrosion in Colombia as indicated by (Restrepo, et al., 2007), as a consequence of the different types of atmospheres (urban, industrial and marine) that it has, presenting characteristics such as high temperatures, humidity, marine spray and at the same time there is no culture of corrosion prevention to foresee this phenomenon. In this sense, one of the causes that contribute to the development and increase in the speed of corrosion is stimulated, mainly generating large economic losses. Obviously, the importance of building resilient infrastructures, promoting inclusive and sustainable industrialization and even fostering innovation favors the development of reliable, sustainable, resilient and quality infrastructures ; that contribute to economic, scientific and technological growth as announced by the Sustainable Development Goal number 9 of the United Nations. For this reason, the present investigation focuses on the study of corrosion in the metallic structures of the bio-healthy parks of the city, to prolong their useful life, providing spaces conducive to the creation of healthy habits, recreation and sports in the community, developing and protecting infrastructures that favor the improvement of the quality of life of citizens in harmony with the environment, guaranteeing a healthy life with healthy habits and promoting their well-being as also stated through the sustainable development objectives third and eleventh.
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Palabras clave
Corrosión, Inspección visual, Estructuras metálicas, Objetivo de desarrollo sostenible ODS, Corrosion, Visual inspection, Metallic structures, Sustainable development objective ODS
