Thesis Reinterpretación de la tejuela chilota a partir de material plástico reciclado
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Date
2025-12
Authors
Journal Title
Journal ISSN
Volume Title
Program
Arquitectura
Departament
Campus
Campus Casa Central Valparaíso
Abstract
La investigación está orientada a evaluar la viabilidad de los materiales plásticos como revestimiento, en el marco del rediseño de la tejuela chilota proponiendo un sistema de revestimiento para zonas climáticas frías y húmedas del país, bajo la interrogante si ¿es posible contribuir térmicamente a las viviendas y a la ves ser impermeable y liviano?, para responder a esta pregunta se fabrican diversos prototipos para realizar pruebas en cuanto a temperatura, resistencia al fuego e impermeabilidad y a la vez considerando su integración visual a través de la textura y colores. Concluyendo así que en conjunto todos estos estudios pueden decir que el plástico es una opción viable y sostenible para el desarrollo de revestimientos debido a su impermeabilización nata y su desempeño térmico en cuanto a la captación de radiación, contribuyendo a su vez a la gestión de residuos.
This research aims to evaluate the viability of plastic materials as cladding within the framework of redesigning the traditional Chilota roof tile, proposing a cladding system for cold and humid climate zones in the country. The central question is: is it possible to provide thermal insulation to homes while also being waterproof and lightweight? To answer this question, various prototypes are manufactured for testing in terms of temperature, fire resistance, and impermeability, while also considering their visual integration through texture and color. The conclusion drawn from these studies is that plastic is a viable and sustainable option for cladding development due to its inherent waterproofing and thermal performance in terms of radiation absorption, thus also contributing to waste management.
This research aims to evaluate the viability of plastic materials as cladding within the framework of redesigning the traditional Chilota roof tile, proposing a cladding system for cold and humid climate zones in the country. The central question is: is it possible to provide thermal insulation to homes while also being waterproof and lightweight? To answer this question, various prototypes are manufactured for testing in terms of temperature, fire resistance, and impermeability, while also considering their visual integration through texture and color. The conclusion drawn from these studies is that plastic is a viable and sustainable option for cladding development due to its inherent waterproofing and thermal performance in terms of radiation absorption, thus also contributing to waste management.
Description
Keywords
Impermeabilidad, Materiales plásticos, Revestimiento, Desempeño térmico, Resistencia al fuego, Diseño sostenible, Gestión de residuos
