Research on the influence of the casting speed on the structure and properties of oxygen-free copper wires

Research on the influence of the casting speed on the structure and properties of oxygen-free copper wires

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Properties forming of metallic materials in the continuous casting process is realized by changing the technological process parameters, i.e. liquid metal temperature, casting speed, casting mold cooling water flow, and temperature. This paper presents the casting process parameters’ influence, in particular speed of casting on the formation of the material structure in terms of quantity, size, and shape of grains, and also properties of copper wires used in highly advanced electrotechnical applications (audio-video cables, fire-resistant cables, and electrical beam).

SKU: P05473 Category:

Description

Properties forming of metallic materials in the continuous casting process is realized by changing the technological process parameters, i.e. liquid metal temperature, casting speed, casting mold cooling water flow, and temperature. This paper presents the casting process parameters’ influence, in particular speed of casting on the formation of the material structure in terms of quantity, size, and shape of grains, and also properties of copper wires used in highly advanced electrotechnical applications (audio-video cables, fire-resistant cables, and electrical beam).

Additional information

Author(s)

Tadeusz Knych, Beata Smyrak, and Monika Walkowicz, AGH University of Science and Technology, Poland
Publication/Event/Pages

Paper published in Conference Proceedings for WAI's Global Continuous Casting Forum, Atlanta, May, 2011.
Year

2011

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