2016DEStech Transactions on Engineering and Technology ResearchRequires access

Study on the Vertical-Torsion Coupling Vibration of Six-high Rolling Mill

LI Ze-feng, LINGLI CUI, Lixin Gao

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Abstract

Proposes a method of constructing six-high rolling mill vertical-torsion coupling dynamics model base on the multi-freedom vibration systems theory. Finally by comparing the mean value of the vibration amplitude, quantitative analysis of the mutual influence degree of torsional vibration and vertical vibration.

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What this paper is about

Proposes a method of constructing six-high rolling mill vertical-torsion coupling dynamics model base on the multi-freedom vibration systems theory. Finally by comparing the mean value of the vibration amplitude, quantitative analysis of the mutual influence degree of torsional vibration and vertical vibration.

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Available abstract

Proposes a method of constructing six-high rolling mill vertical-torsion coupling dynamics model base on the multi-freedom vibration systems theory. Finally by comparing the mean value of the vibration amplitude, quantitative analysis of the mutual influence degree of torsional vibration and vertical vibration.

Key concepts: Torsion (gastropod), Vibration, Torsional vibration, Structural engineering, Mill, Coupling (piping), Amplitude, Rolling mill

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