Quality evaluation of a single-layer steel cord using the simplified simulation method of the roller straightening process

Quality evaluation of a single-layer steel cord using the simplified simulation method of the roller straightening process

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This paper proposes an evaluation method for product quality using the finite element analysis in the twisting process of a single-layer steel cord. A simplified simulation method is newly developed to reduce remarkably the computing time and cost. From simulations, the steel cord quality is investigated quantitatively during the twisting process. The simulation-based evaluation method developed can provide the specific information of the role of straightening devices to the steel cord quality.

SKU: P05464 Category:

Description

This paper proposes an evaluation method for product quality using the finite element analysis in the twisting process of a single-layer steel cord. A simplified simulation method is newly developed to reduce remarkably the computing time and cost. From simulations, the steel cord quality is investigated quantitatively during the twisting process. The simulation-based evaluation method developed can provide the specific information of the role of straightening devices to the steel cord quality.

Additional information

Author(s)

Bae Gi-hyun and Huh Hoon, KAIST (formerly the Korea Advanced Institute of Science and Technology); and Lee Byung-ho, Im Jae-duk, and Ban Deok-young, Kiswire Co. Ltd., South Korea
Publication/Event/Pages

Paper published in Conference Proceedings for WAI's 81st Annual Convention (Interwire) in Atlanta, May 2011.
Year

2011

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