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dc.contributor.authorRosel-Solis, Manuel-Javier
dc.description.abstractAdditive manufacturing represents an alternative that offers great advantages in small-scale production, high level of customization and ease of building complex geometries. However, rapid prototyping parts present mechanical limitations that prevent their use in applications that require greater resistance. In the present work an experimental analysis was carried out where the processes of Resin Infusion and Hand Lay-Up were compared, performing tests with specimens constructed according to the ASTM D790-17 standard, for laminated material of carbon fiber with plastic nuclei by prototyping fast and tested with two orientations of fibers "3k", (-45o +45o and 0o 90o). The tests and the statistical analysis of the data were made based on a factorial design, generating results that offer acceptable levels of stiffness and deflection without causing delamination failures, obtaining a combination that allows the manufacture of a piece without the need for a mold. The material constructed by Hand Lay-Up offered the best performance, by not failing by delamination.es_MX
dc.relation.ispartofProducto de investigación IITes_MX
dc.relation.ispartofInstituto de Ingeniería y Tecnologíaes_MX
dc.subjectadditive manufacturinges_MX
dc.subjectcomposite materialses_MX
dc.subjectbending testses_MX
dc.subjectfused deposition modelinges_MX
dc.titleAnalysis of Characteristics of Composite Materials Built On ABS Cores Prepared By Additive Manufacturinges_MX
dc.title.alternativeAnálisis de Características de Materiales Compuestos Construidos Sobre Núcleos de ABS Preparados por Fabricación Aditivaes_MX
dcrupi.institutoInstituto de Ingeniería y Tecnologíaes_MX
dc.contributor.coauthorMolina Salazar, Javier
dc.contributor.coauthorDavalos Ramirez, Jose Omar
dc.contributor.coauthorPimentel Mendoza, Alex Bernardo
dc.contributor.coauthorVega, Yuridia
dc.journal.titleDyna (Spain)es_MX
dc.lgacInvestigación, Desarrollo e Implementación de Tecnología y Procesos al Servicio de la Industriaes_MX
dc.cuerpoacademicoIngeniería Aplicada y Tecnología de Materialeses_MX

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