Thesis DISEÑO Y DESARROLLO DE DISPOSITIVO DE EXTRUSIÓN DE FLUIDOS VISCOSOS PARA IMPRESIÓN 3D
Date
2020-03-26
Authors
DOMÍNGUEZ FUENZALIDA, JOSÉ TOMÁS
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
El incremento en el número e intensidad de catástrofes que son efectos de cambios en el ecosistema producto del calentamiento global, ha llevado a aquellos que están desarrollando tecnologías a tener el DEBER de ampliar los procesos de diseño, no solo pensando en cómo fabricar los productos, como los utilizará el usuario, y su estética, sino que además deben cerrar los ciclos de vida de este, incorporando la gestión final al proceso de diseño.
Por lo mismo, nuevos materiales, cuyo ciclo de vida sea armónico con el medioambiente están comenzando a ser desarrollados, si bien, estos tienen muchos obstáculos que sobrellevar, se presentan como una alternativa a todos aquellos materiales a base de petróleo, como son los plásticos.
El desarrollo de estos materiales no puede olvidar las tecnologías de manufactura que se han desarrollado hasta el momento, por lo mismo, se deberá adaptar los materiales a estas máquinas o las máquinas a estos materiales.
Con el objetivo de adaptar máquinas a estos nuevos materiales es que este trabajo busca desarrollar un sistema de extrusión para materiales viscosos, que permita a cualquier persona del mundo instalarlo en una impresora 3D comercial, y experimentar con los materiales en los que ha estado trabajando.
With the raise in the number and intensity of catastrophes due to changes in the ecosystems caused by global warming, the technology development industry has the DUTY to expand the design process, and not only think about how to manufacture the product, its usability, and esthetics, they must also design the products life cycle closure, incorporating its final management into the design process. Therefore, new materials, whose life cycle is harmonious with the environment have begun be developed, although these developments have obstacles to overcome, they are presented as an alternative to all those petroleum-based materials, such as plastics. The development of these materials cannot forget the manufacturing technologies that have been developed so far, therefore, you must adapt the materials to these machines or the machines to these materials. With the aim of adapting machines to these new materials, this work seeks to develop an extrusion system for viscous materials, which allows anyone in the world to install it in a commercial 3D printer, and experiment with the materials that has been developed
With the raise in the number and intensity of catastrophes due to changes in the ecosystems caused by global warming, the technology development industry has the DUTY to expand the design process, and not only think about how to manufacture the product, its usability, and esthetics, they must also design the products life cycle closure, incorporating its final management into the design process. Therefore, new materials, whose life cycle is harmonious with the environment have begun be developed, although these developments have obstacles to overcome, they are presented as an alternative to all those petroleum-based materials, such as plastics. The development of these materials cannot forget the manufacturing technologies that have been developed so far, therefore, you must adapt the materials to these machines or the machines to these materials. With the aim of adapting machines to these new materials, this work seeks to develop an extrusion system for viscous materials, which allows anyone in the world to install it in a commercial 3D printer, and experiment with the materials that has been developed
Description
Keywords
IMPRESION 3D , INNOVACIONES TECNOLÓGICAS , EXTRUSION , DISEÑO INDUSTRIAL
