Título
Numerical analysis in a beverage can utilizing tube hydroforming process
Análisis numérico aplicado en latas de bebidas utilizando el proceso de Hidroformado de tuboRESUMENABSTRACT
Autor
JORGE CARLOS LEON ANAYA
JOSE ANTONIO JUANICO LORAN
JUAN CARLOS CISNEROS ORTEGA
Nivel de Acceso
Acceso Abierto
Materias
MEDICINA Y CIENCIAS DE LA SALUD - (CTI) Tube - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Hydroforming - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Numerical - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Analysis - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Aluminum. - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Tubo - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Hidroformado - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Análisis - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Numérico - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)]) Aluminio. - ([Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)])
Resumen o descripción
Numerical analysis for Tube Hydroforming (THF) was developed in this work to predict the behavior of extruded aluminum tube in a forming die for beverage can applications. THF is a metal forming process dependent of three parameters: friction between the tube and the die, internal pressure, and material pro-perties of the tube. Strain hardening is a governing phenomenon that occurs in the plastic deformation process of metals. Hollomon’s equation offers a mathematical description of the metal behavior in the plas-tic zone. For a proper simulation, experimental determination of the mechanical properties of aluminum 6061-T5 were conducted and test specimens where obtained directly from the aluminum tube. Experimental data were necessary because no sufficient data of the mechanical properties of the tube were available in the literature. Numerical simulations of THF were performed, and the results were compared with analyti-cal results for validation purposes with less than 10% of error
Editor
Universidad de Guanajuato
Fecha de publicación
7 de febrero de 2019
Tipo de publicación
Artículo
Versión de la publicación
Versión publicada
Recurso de información
Formato
application/pdf
Fuente
Acta Universitaria: Multidisciplinary Scientific Journal. Vol. 28 No 6 (2018)
Idioma
Inglés
Relación
https://doi.org/10.15174/au.2018.1579
Repositorio Orígen
Repositorio Institucional de la Universidad de Guanajuato
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