Mejora de la calidad superficial de piezas conformadas incrementalmente mediante la aplicación del bruñido hidrostático

Ariadna Gil-Vildósola; Adrián Rodriguez-Ezquerro; Mariluz Penalva-Oscoz; Mikel Ortiz-Edesa; Luis Norberto López-De-Lacalle-Marcaide; Edurne Iriondo-Plaza

doi:10.6036/8839

Mejora de la calidad superficial de piezas conformadas incrementalmente mediante la aplicación del bruñido hidrostático

Translated title of the contribution: Improvement of the surface quality of incrementally formed parts by means of hydrostatic ball burnishing

Ariadna Gil-Vildósola, Adrián Rodriguez-Ezquerro, Mariluz Penalva-Oscoz, Mikel Ortiz-Edesa, Luis Norberto López-De-Lacalle-Marcaide, Edurne Iriondo-Plaza

Smart manufacturing technologies

Research output: Contribution to journal › Article › peer-review

2 Citations (Scopus)

Abstract

The research work presented aims to validate the operation of the hydrostatic ball burnishing as a strategy to improve the surface quality of an aeronautical component of Inconel 718, previously shaped by Asymetric Incremetal Sheet Forming (AISF). The combination of both processes, burnishing on AISF, has a very high level of innovation and is a pioneer in its application on an industrial component made of this high performance nickel-chromium alloy. The surface quality of the incrementally shaped component has been studied to subsequently apply a burnishing by means of the hydrostatic ball. The results obtained confirm the feasibility of the proposed strategy, with a reduction in roughness up to 30%, depending on the area treated.

Translated title of the contribution	Improvement of the surface quality of incrementally formed parts by means of hydrostatic ball burnishing
Original language	Spanish
Pages (from-to)	650-655
Number of pages	6
Journal	Dyna (Spain)
Volume	93
Issue number	6
DOIs	https://doi.org/10.6036/8839
Publication status	Published - Nov 2018

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10.6036/8839

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title = "Mejora de la calidad superficial de piezas conformadas incrementalmente mediante la aplicaci{\'o}n del bru{\~n}ido hidrost{\'a}tico",

abstract = "The research work presented aims to validate the operation of the hydrostatic ball burnishing as a strategy to improve the surface quality of an aeronautical component of Inconel 718, previously shaped by Asymetric Incremetal Sheet Forming (AISF). The combination of both processes, burnishing on AISF, has a very high level of innovation and is a pioneer in its application on an industrial component made of this high performance nickel-chromium alloy. The surface quality of the incrementally shaped component has been studied to subsequently apply a burnishing by means of the hydrostatic ball. The results obtained confirm the feasibility of the proposed strategy, with a reduction in roughness up to 30%, depending on the area treated.",

keywords = "Asymetric Incremental Sheet Forning (AISF), Hydrostatic Ball Burnishing, Inconel 718, Roughness, Surface finishing",

author = "Ariadna Gil-Vild{\'o}sola and Adri{\'a}n Rodriguez-Ezquerro and Mariluz Penalva-Oscoz and Mikel Ortiz-Edesa and L{\'o}pez-De-Lacalle-Marcaide, {Luis Norberto} and Edurne Iriondo-Plaza",

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doi = "10.6036/8839",

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AU - Gil-Vildósola, Ariadna

AU - Rodriguez-Ezquerro, Adrián

AU - Penalva-Oscoz, Mariluz

AU - Ortiz-Edesa, Mikel

AU - López-De-Lacalle-Marcaide, Luis Norberto

AU - Iriondo-Plaza, Edurne

PY - 2018/11

Y1 - 2018/11

N2 - The research work presented aims to validate the operation of the hydrostatic ball burnishing as a strategy to improve the surface quality of an aeronautical component of Inconel 718, previously shaped by Asymetric Incremetal Sheet Forming (AISF). The combination of both processes, burnishing on AISF, has a very high level of innovation and is a pioneer in its application on an industrial component made of this high performance nickel-chromium alloy. The surface quality of the incrementally shaped component has been studied to subsequently apply a burnishing by means of the hydrostatic ball. The results obtained confirm the feasibility of the proposed strategy, with a reduction in roughness up to 30%, depending on the area treated.

AB - The research work presented aims to validate the operation of the hydrostatic ball burnishing as a strategy to improve the surface quality of an aeronautical component of Inconel 718, previously shaped by Asymetric Incremetal Sheet Forming (AISF). The combination of both processes, burnishing on AISF, has a very high level of innovation and is a pioneer in its application on an industrial component made of this high performance nickel-chromium alloy. The surface quality of the incrementally shaped component has been studied to subsequently apply a burnishing by means of the hydrostatic ball. The results obtained confirm the feasibility of the proposed strategy, with a reduction in roughness up to 30%, depending on the area treated.

KW - Asymetric Incremental Sheet Forning (AISF)

KW - Hydrostatic Ball Burnishing

KW - Inconel 718

KW - Roughness

KW - Surface finishing

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JF - Dyna (Spain)

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ER -

Mejora de la calidad superficial de piezas conformadas incrementalmente mediante la aplicación del bruñido hidrostático

Abstract

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