Stress Analysis of Cold Rolled Steel Sheet Based on ABAQUS

Jin XING

Abstract


Stress is one of the key factors affecting cold rolling effect. In order to determine the influence of process parameters on cold rolling stress of wear-resistant steel, finite element analysis software ABAQUS was used to analyze the rolling process. In the analysis process, the solver adopts explicit dynamic scheme, and the research method is a single variable method. The stress variation characteristics are calculated under different tension and friction coefficient before and after rolling. According to the analysis results, the stress is related to the tension. The stress increases first and then decreases with the rolling direction. The cold rolling stress can be significantly increased when the friction coefficient increases to a certain value.

Keywords


stress, finite element, friction coefficient, cold rolling

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References


H. Xiuhua. “Microstructure and properties of wear-resistant steel Mn13 hot-rolled sheet,” Metal heat Treatment, vol.32, pp.206-209, October 2015.

L. Liu-min, H. Guiyun. “Effect of cold rolling deformation on the structure and properties of Mn13 wear resistant steel,” Computer Simulation, vol.33, pp. 234-237, August 2016.

L. Hongsheng. “Development of DC03+C590 cold-rolled steel strip for automobile sealing strip,” Computer Simulation, vol. 31, pp. 407-411, January 2014.

L. Qiaohua. “Cause analysis and improvement of hollow shaft damage of cold rolling coiler,” Journal of Automotive Engineering, vol. 01, pp. 464-468, April 2014.

Q. Canwen. “Multi-physical field coupling study of gasoline engine seal performance based on finite element analysis,” Lubrication and Sealing, vol.3, pp. 45-47, June 2018.

Z. Zhiguo, P. Yugang. “Research on explicit dynamic analysis method based on ABAQUS,” Mechanical Design and Manufacturing, vol.24, pp.208-215, July 2015.

W. Kesheng, Z. Leiqiang. “A new exact penalty function method for solving inequality constraints,” Computer Simulation, vol.28, pp.342-347, April 2013.




DOI: https://doi.org/10.26483/ijarcs.v10i5.6469

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