Guo Qingfu, Peng Longzhou, Liu Jianming, Zhao Xiaofeng, Fu Guozhong, Zhang Qing, Guo Junyu, Lu Qinggong. General Model for Setting Calculation of Steel Pipe End Upset Control[J]. STEEL PIPE, 2003, 32(6): 15-19.
Citation:
Guo Qingfu, Peng Longzhou, Liu Jianming, Zhao Xiaofeng, Fu Guozhong, Zhang Qing, Guo Junyu, Lu Qinggong. General Model for Setting Calculation of Steel Pipe End Upset Control[J]. STEEL PIPE, 2003, 32(6): 15-19.
Guo Qingfu, Peng Longzhou, Liu Jianming, Zhao Xiaofeng, Fu Guozhong, Zhang Qing, Guo Junyu, Lu Qinggong. General Model for Setting Calculation of Steel Pipe End Upset Control[J]. STEEL PIPE, 2003, 32(6): 15-19.
Citation:
Guo Qingfu, Peng Longzhou, Liu Jianming, Zhao Xiaofeng, Fu Guozhong, Zhang Qing, Guo Junyu, Lu Qinggong. General Model for Setting Calculation of Steel Pipe End Upset Control[J]. STEEL PIPE, 2003, 32(6): 15-19.
General Model for Setting Calculation of Steel Pipe End Upset Control
Based on the principle of pipe end upset control, the setting calculation models of pipe end upset are set up respectively suitable for group drive, individual drive and combined drive, with minimum dual-multiple and tri-interpolation method. The actual calculation result is analyzed and the result indicates these models can meet the requirements of the technology for pipe end upset control.
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