Research on the Cold Rolling Mechanical Character of Low Carbon Base Plate Produced by CSP

Su Fen Wang; Yan Peng; Zhi Jie Li; Yun Fei Liu

doi:10.4028/www.scientific.net/AMR.538-541.1742

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Research on the Cold Rolling Mechanical Character of Low Carbon Base Plate Produced by CSP
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Study on the Crack Extension Properties under Ultrasonic Vibration Uniaxial Tensile Load
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Research on the Cold Rolling Mechanical Character of Low Carbon Base Plate Produced by CSP

Abstract:

With cold rolling base plate of low carbon steel by CSP process, the cold deformation experiments were carried out by the two-roller reverse-mill in the laboratory. The work-hardening was studied for different deformation plates through the room temperature tensile and microhardness measured, and the microstructure was also studied after deformation. It was found that the steel yield and tensile strength increased and work-hardening marked with the deformation augment, the test steel microstructure is ferrite with mingle small amount pearlite, its grain is refined and elongated with deformation increasing.