• Opto-Electronic Engineering
  • Vol. 43, Issue 9, 89 (2016)
CAI Jinda1、*, CHEN Tao1, WANG Ying2, and ZHI Junjie1
Author Affiliations
  • 1[in Chinese]
  • 2[in Chinese]
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    DOI: 10.3969/j.issn.1003-501x.2016.09.016 Cite this Article
    CAI Jinda, CHEN Tao, WANG Ying, ZHI Junjie. Metal Sheet Cutting Process Using Diode Lasers[J]. Opto-Electronic Engineering, 2016, 43(9): 89 Copy Citation Text show less
    References

    [1] XU Luning,WANG Xiao,ZHANG Yongkang. Technological Treatments of Laser Cutting for Sheet [J]. Applied Laser,2002, 22(6):533-537.

    [2] LI Xiangyou,ZENG Xiaoyan,LIU Yong,et al. Study of YAG Laser Cutting Process with Stainless Steel Sheet [J]. Chinese Journal of Laser,2001,28(12):1126-1129.

    [3] LI Xiangyou,ZENG Xiaoyan. Kerf Roughness and Quality Control of Laser Precision Cutting [J]. Chinese Journal of Laser, 2002,29(2):177-180.

    [4] Costa Rodriguesn G,Pencinovsky J,Cuypers M,et al. Theoretical and experimental aspects of laser cutting with a direct diode laser [J]. Optics and Lasers in Engineering(S0143-8166),2014,61:31–38.

    [5] Costa Rodriguesn G, Cuypers M , Fallahi Sichani E , et al. Laser cutting with direct diode laser [J]. Physics Procedia(S1875-3892),2013,41:558–565.

    [6] Costa Rodriguesn G,Vanhove H,Duflou J R. Direct diode lasers for industrial laser cutting:a performance comparison with conventional fiber and CO2 technologies [J]. Physics Procedia(S1875-3892),2014,56:901–908.

    [7] MA Zhixia. Comparison of different power fiber laser cutting process parameters from farley.laserlab [EB/OL]// http://www. hglaser.com/news/22274_for_jishudongtai_text.htm,2014-08-26.

    [8] CAO Fengguo. Laser Processing Technology [M]. Beijing:Beijing Science and Technology Press,2007:36-37.

    [9] XU Shi′an. Cutting with Fiber Laser [R]. Beijing:IPG(Beijing) Optical fiber laser technology Co.,Ltd,2011.

    [10] Goppolda Cindy,Zengerb Karsten,Herwiga Patrick,et al. Experimental analysis for improvements of process efficiency and cut edge quality of fusion cutting with 1 μm laser radiation [J]. Physics Procedia(S1875-3892),2014,56:892-900.

    [11] FENG Wenjie,QIN Fengdong,CHEN Yingying,et al. Study on process parameters of laser cutting stainless steel sheet [J]. Mechanical Design and Manufacturing,2011(11):191-192.

    [12] Stelzer S,Mahrle A,Wetzig A,et al. Experimental investigations on fusion cutting stainless steel with fiber and CO2 laser beams [J]. Lasers in Manufacturing Conference 2013,Physics Procedia(S1875-3892),2013,41:399–404.

    [13] Orishich A M,Malikov A G,Shulyatyevi V B,et al. Experimental comparison oflaser cutting of steel with fiber and CO2 lasers on the basis of minimal roughness [J]. Physics Procedia(S1875-3892),2014,56:875–884.

    [14] Powell J,Al-Mashikhi S O,Kaplan A F H,et al. Fiber laser cutting of thin section mild steel:An explanation of the‘striation free’ effect [J]. Optics and Lasers in Engineering(S0143-8166),2011,49:1069–1075.

    [15] Golnabi H,Bahar M. Investigation of optimum condition in oxygen gas-assisted laser cutting [J]. Optics & Laser Technology (S0030-3992),2009,41:454–460.

    CAI Jinda, CHEN Tao, WANG Ying, ZHI Junjie. Metal Sheet Cutting Process Using Diode Lasers[J]. Opto-Electronic Engineering, 2016, 43(9): 89
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