Journal
JOURNAL OF IRON AND STEEL RESEARCH INTERNATIONAL
Volume 25, Issue 9, Pages 892-900Publisher
SPRINGER
DOI: 10.1007/s42243-018-0130-3
Keywords
Thin strip; Lithography technology; Lateral displacement; Strip shape; Experimental research; Finite element simulation; Cold rolling
Categories
Funding
- National Natural Science Foundation of China [51474190]
- Natural Science Foundation of HeBei Province [E2015203311]
- Taiyuan City Science and Technology Major Projects [170203]
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The theory of metal plastic deformation is an important part of the strip shape control theories. In order to control the shape and gauge accurately during cold thin strip rolling, the mechanism of the metal lateral flow must be revealed clearly. Therefore, the lateral displacement of thin strip was studied by the grid method. Those grids with a line thickness of 10 mu m and clear boundaries were successfully manufactured on the strip surface using lithography. Then, the effects of reduction, front and back tension, and taper angle of the first intermediate roll on the metal lateral flow were studied. The strip shape was calculated with and without considering the lateral displacement; furthermore, the calculations were compared with the measured results. The results show that the calculations with considering the lateral displacement are closer to the measured results. In addition, the comparison of finite element analysis results with the experimental results indicates that the test method was reliable.
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