Fabrico digital de produtos costumizados para apoio à aprendizagem de instrumentos musicais
Type
bookPart
Publisher
Identifier
OLIVEIRA, Rute [et al.] (2022) - Fabrico digital de produtos costumizados para apoio à aprendizagem de instrumentos musicais. In RAPOSO, D., ed. [et al.] - Investigação e ensino em design e música. Castelo Branco : IPCB. p. 140-151. (Convergências Research Books ; vol. III).
Title
Fabrico digital de produtos costumizados para apoio à aprendizagem de instrumentos musicais
Digital manufacturing of customized products to support musical instrument learning
Digital manufacturing of customized products to support musical instrument learning
Subject
Aprendizagem de música
Manufatura aditiva
Design inclusivo
Personalização
Music learning
Additive manufacturing
Inclusive design
Customization
Manufatura aditiva
Design inclusivo
Personalização
Music learning
Additive manufacturing
Inclusive design
Customization
Date
2022-07-19T14:50:44Z
2022-07-19T14:50:44Z
2022
2022-07-19T14:50:44Z
2022
Description
Este trabalho enquadra-se num projeto que
visa conceber e desenvolver produtos personalizados, com recurso à tecnologia de
fabrico aditivo (vulgo impressão 3D), para
apoiar indivíduos com limitações físicas na
aprendizagem de um instrumento musical. É
abordado um estudo de caso exploratório que
pretende desenvolver um artefacto auxiliar à
aprendizagem de violino por um indivíduo
portador de uma má-formação ao nível do
membro superior esquerdo. A geometria inicial, adaptada à anatomia do utilizador, foi
obtida com recurso a pasta de moldar. A partir
daí, avançou-se para o modelo digital recorrendo aos métodos digitalização 3D e técnicas
de modelação 3D. Por fm, foram produzidos
dois protótipos, através de técnicas de fabrico aditivo com recurso a tecnologias FFF e
Polyjet. A avaliação dos protótipos produzidos
foi realizada através de testes com o utilizador
verifcando-se a necessidade de realizar ajustes.
Nas próximas etapas do trabalho pretende-se
obter um artefacto fnal completamente adequado à anatomia do utilizador que permita,
facilite e auxilie a aprendizagem do instrumento. Pretende-se depois aplicar e sistematizar
os conhecimentos desenvolvidos através deste
caso exploratório em casos similares.
Abstract : This work is part of a project that aims to design and develop personalized products, using additive manufacturing technology (commonly 3D printing), to support individuals with physical limitations in learning a musical instrument. An exploratory case study is approached that intends to develop an artifact to aid the learning of violin by an individual with a malformation in the left upper limb. The initial geometry, adapted to the user's anatomy, was obtained using molding paste. From there, we advanced to the digital model using 3D scanning methods and 3D modeling techniques. Finally, two prototypes were produced, using additive manufacturing techniques using FFF and Polyjet technologies. The evaluation of the prototypes produced was carried out through tests with the user, verifying the need to make adjustments. In the next stages of the work, it is intended to obtain a fnal artifact completely adapted to the user's anatomy that allows, facilitates, and helps the learning of the instrument. It is then intended to apply and systematize the knowledge developed through this exploratory case in similar cases.
info:eu-repo/semantics/publishedVersion
Abstract : This work is part of a project that aims to design and develop personalized products, using additive manufacturing technology (commonly 3D printing), to support individuals with physical limitations in learning a musical instrument. An exploratory case study is approached that intends to develop an artifact to aid the learning of violin by an individual with a malformation in the left upper limb. The initial geometry, adapted to the user's anatomy, was obtained using molding paste. From there, we advanced to the digital model using 3D scanning methods and 3D modeling techniques. Finally, two prototypes were produced, using additive manufacturing techniques using FFF and Polyjet technologies. The evaluation of the prototypes produced was carried out through tests with the user, verifying the need to make adjustments. In the next stages of the work, it is intended to obtain a fnal artifact completely adapted to the user's anatomy that allows, facilitates, and helps the learning of the instrument. It is then intended to apply and systematize the knowledge developed through this exploratory case in similar cases.
info:eu-repo/semantics/publishedVersion
Access restrictions
openAccess
http://creativecommons.org/licenses/by/4.0/
http://creativecommons.org/licenses/by/4.0/
Language
por
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