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APPLICATION OF NUMERICAL SIMULATION FOR ANALYSIS AND OPTIMIZATION OF FORGING MANUFACTURING PROCESS.

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Title: APPLICATION OF NUMERICAL SIMULATION FOR ANALYSIS AND OPTIMIZATION OF FORGING MANUFACTURING PROCESS.
Authors: SOBOCIŃSKI, M.1 sobocinski@iop.pcz.pl, NABRDALIK, M.1
Source: Archives of Metallurgy & Materials. 2024, Vol. 69 Issue 2, p733-738. 6p.
Subjects: Forging (Manufacturing process), Numerical analysis, Strains & stresses (Mechanics), Manufacturing defects, Computer simulation
Abstract: The paper presents the use of numerical modeling results for multivariate simulation of the manufacturing process of a wheel hub forging made of 20 HG alloy. The QForm 3D program was used to analyze the issue, which allowed to analyze the forging process without the need for expensive tools and technological tests. Based on insights from several variants of numerical calculations, new technology solutions were proposed, reducing the number of deficiencies found in industrial practice. In order to obtain full information about the phenomena occurring in the deformation process, numerical calculations were carried out in the areas of material flow, the degree of filling of blanks, the distribution of deformations and stresses in the various stages of the forging process in the die, and the elimination of defects in products. The information obtained formed the basis for proposing the optimal technology for forging wheel hubs. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
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Abstract:The paper presents the use of numerical modeling results for multivariate simulation of the manufacturing process of a wheel hub forging made of 20 HG alloy. The QForm 3D program was used to analyze the issue, which allowed to analyze the forging process without the need for expensive tools and technological tests. Based on insights from several variants of numerical calculations, new technology solutions were proposed, reducing the number of deficiencies found in industrial practice. In order to obtain full information about the phenomena occurring in the deformation process, numerical calculations were carried out in the areas of material flow, the degree of filling of blanks, the distribution of deformations and stresses in the various stages of the forging process in the die, and the elimination of defects in products. The information obtained formed the basis for proposing the optimal technology for forging wheel hubs. [ABSTRACT FROM AUTHOR]
ISSN:17333490
DOI:10.24425/amm.2024.149804