Improvement of Centre Density of 30CrMo Steel Heavy Bar by Finite Element Simulation on Rolling Process
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Improvement of Centre Density of 30CrMo Steel Heavy Bar by Finite Element Simulation on Rolling Process
Special SteelVol. 34, Issue 4, Pages: 10-12(2013)
作者机构:
芜湖新兴铸管,芜湖,241002
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Online First:11 September 2022,
Published:11 September 2013
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王东兴, 张凌峰, 周颂红, et al. Improvement of Centre Density of 30CrMo Steel Heavy Bar by Finite Element Simulation on Rolling Process[J]. Special Steel, 2013, 34(4): 10-12.
DOI:
王东兴, 张凌峰, 周颂红, et al. Improvement of Centre Density of 30CrMo Steel Heavy Bar by Finite Element Simulation on Rolling Process[J]. Special Steel, 2013, 34(4): 10-12.DOI:
Improvement of Centre Density of 30CrMo Steel Heavy Bar by Finite Element Simulation on Rolling Process
Finite element simulation on rolling process for 30CrMo steel 350 mm x 450 mm casting bloom with surface 1 150 ℃ and canter 1 240 ℃ rolling to 0230 mm bar products is earned out to study effect of rolling parameters including single pass 10% ~ 30% reduction ratio
double pass reduction 50 mm-50 mm
10 mm-90 mm and 90 mm-10 mm at total reduction 100 mm on canter density of bar. Results show that with single pass reduction ratio 20% the canter density has definite improvement
and with 30% canter density has obvious improvement ; at total' reduction ratio 100 mm
the improvement of canter density is not obvious by 50 mm-50 mm rolling process
but the improvement of canter density is most obvious by 10 mm-90 mm rolling process. The rolling results at situ are corresponding to the simulation results.