The longitudinal vibration of straight-line ingot in continuous casting of steel

by

The longitudinal vibration of straight-line ingot in continuous casting of steel

Anita Ciekot

Politechnika Częstochowska.

DOI:

https://doi.org/10.7494/cmms.2004.1.0047

Abstract:

The analysis of experimental measurements is sometimes difficult, if the registered data are superimposed be noisy signals. The source of such noise is often the improper sensitivity calibration of measuring devices. Sometimes, such data are even useless for the further analysis. Therefore, the goal of the present paper is an attempt of application of two different filtering techniques, including the artificial intelligence methods (artificial neural networks) to the filtering of the noisy experimental data. Examples of filtering results using described techniques are presented.

Cite as:

Ciekot, A. (2004). The longitudinal vibration of straight-line ingot in continuous casting of steel. Computer Methods in Materials Science, 4(1-2), 1 – 7. https://doi.org/10.7494/cmms.2004.1.0047

Article (PDF):

Keywords:

,

References:

Brimacombe J. K. (1993). Empowerment with Knowledge – Toward the Intelligent Mold for the Continuous Casting of Steel Billets. Iron and Steelmaker, 11, 35-47.

Brimacombe J. K., Weinberg F. (1973). Theoretical and measured liquid pool profiles in the mould region during the continuous casting of steel. Journal of the Iron and Steel Institute, 1, 24-33.

Evans R. K. (1976). Continuous Casting: 100milion tonnes of steelmaking capacity. Metals and Materials, 21-23, 25, 27- 29:31.

Guduszauri E. G., Panowko G. JA. (1988). Teoria wibracyjnych technologicznych procesów przy niekulonowej teorii. Nauka, Moskwa.

Gutowski R., Swietlicki W. (1986). Dynamika i drgania układów dynamicznych. PWN, Warszawa.

Lainez E., Busturia J. C. (1991). The E.L.V. soloidification model in continuous casting billet moulds using casting powder. 1st European Conference on Continuous Casting, Florencja, Włochy, 1621-1631.

Lait J. E., Brimacombe J. K., i inni, 1974, Mathematical modeling of heat flow in the continuous casting of steel. Ironmaking and Steelmaking, t1, 2, 90-97.

Marczienko I. K., Browman M. Ja., Galientowskij G. G. (1987). Naczialnyje Stadii Formirowania Korki Slitka pri Nieprierywnom Eliektroszliakowom Litie stali. Mietally, 1, 30-34.

Marti H., Barbe J. (1978). Moulds: key element in continuous casting. Iron and Steel Intern., 3, 167-177.

Osiński Z. (1980). Teoria drgań. PWN, Warszawa.

Parkitny R. (1977). Naprężenia w odlewach. Stadium krzepnięcia. Zeszyty Naukowe Politechniki Częstochowskiej. Praca habilitacyjna. Nr 15, Częstochowa.

Savage J., Pearson J. (1962). Rolling characteristics of multiple section continuously cast steel billets. Continuous Casting, ed. D. L. McBride and T. E. Dancy, Interscience Publisher, New Yor, 179-195.

Singh S. N,. Blazek K. E., 1974, Heat Transfer and Skin Formation in Continuous Casting Mold as a Function of Steel Carbon Content, Journal of Metals, 10, 17-27.

Schwerdtfeger K., Sha H. (2000). Depth of Oscillation Marks Forming in Continuous Casting of Steel. Metallurgical and Materials Transactions B, 31B, 8, 813-826.