向婷等：双电弧集成冷丝复合焊中冷丝位置对焊接过程的影响 ·1481 Veld World2009,53(5-6):35 Mater Manuf Process,2016,31(16):2136 [14]Yokota Y,Shimizu H,Nagaoka S,et al.Development and [21]Wang F Z.Esab ice saw.Electr Weld Mach,2016,46(3):11 application of the 3-electrode MAG high-speed horizontal fillet (王富州.伊萨1CETM集成冷丝埋弧焊.电焊机，2016,46(3)： welding process.Weld World,2012,56(1-2):43 11) [15]Xu C,Hua X M,Ye D J,et al.An improved simulation model for [22]Raudsepp H.Integrated cold electrode-latest advancement in three-wire gas metal arc welding.Int J Adv Mamf Technol,2017, Submerged Arc Welding.Electr Weld Mach,2015,45(5):23 90(5-8):1447 (Hannes Raudsepp..集成冷丝一埋弧焊新技术.电焊机，2015， [16]Gu Y,Hua X M,Ye D J,et al.Numerical simulation of hump 45(5):23) suppression in high-speed triple-wire GMAW.IntJAdy Mauf [23]Xiang T,Li H,Wei H L,et al.Effects of filling status of cold wire Technol,2017,89:727 on the welding process stability in twin-arc integrated cold wire [17]Ma X L,Xu C,Wang W C,et al.Impact of welding parameters on hybrid welding.Int J Adv Manuf Technol,2016,83(9-12):1583 arc characteristics in triple-wire welding.J Shanghai Jiao Tong [24]Wu K Y,Cao X W,Yin T,et al.Metal transfer process and Unm,2020,54(7):682 (马晓丽，徐琛，王伟成，等.三丝焊接参数对电弧形态特征的影 properties of double-wire double pulsed gas metal arc welding.J 响.上海交通大学学报，2020,54(7)：682) Manuf Process,2019,44:367 [18]Fang D S,Liu L M.Analysis of process parameter effects during [25]Xiang T,Li H,Huang C Q,et al.The metal transfer behavior and narrow-gap triple-wire gas indirect arc welding.IntJ Ady Manuf the effect of arcing mode on metal transfer process in twin-arc Technol,.2017,88(9-12):2717 integrated cold wire hybrid welding.Int J Ady Manf Technol, [19]Fang D S,Song G,Liu L M.A novel method of triple-wire gas 2017,90(1-4):1043 indirect arc welding.Mater Manuf Process,2016,31(3):352 [26]Xiang T,Li H,Wei H L,et al.Arc characteristics and metal [20]Liu L M,Fang D S,Song G.Experimental investigation of wire transfer behavior of twin-arc integrated cold wire hybrid welding. arrangements for narrow-gap triple-wire gas indirect arc welding. Int J Ady Manuf Technol,2016,87(9-12):2653Weld World, 2009, 53（5-6）: 35 Yokota  Y,  Shimizu  H,  Nagaoka  S,  et  al.  Development  and application  of  the  3-electrode  MAG  high-speed  horizontal  fillet welding process. Weld World, 2012, 56（1-2）: 43 [14] Xu C, Hua X M, Ye D J, et al. An improved simulation model for three-wire gas metal arc welding. Int J Adv Manuf Technol, 2017, 90（5-8）: 1447 [15] Gu  Y,  Hua  X  M,  Ye  D  J,  et  al.  Numerical  simulation  of  hump suppression  in  high-speed  triple-wire  GMAW. Int J Adv Manuf Technol, 2017, 89: 727 [16] Ma X L, Xu C, Wang W C, et al. Impact of welding parameters on arc  characteristics  in  triple-wire  welding. J Shanghai Jiao Tong Univ, 2020, 54（7）: 682 （马晓丽, 徐琛, 王伟成, 等. 三丝焊接参数对电弧形态特征的影 响. 上海交通大学学报, 2020, 54（7）：682） [17] Fang D S, Liu L M. Analysis of process parameter effects during narrow-gap triple-wire gas indirect arc welding. Int J Adv Manuf Technol, 2017, 88（9-12）: 2717 [18] Fang  D  S,  Song  G,  Liu  L  M.  A  novel  method  of  triple-wire  gas indirect arc welding. Mater Manuf Process, 2016, 31（3）: 352 [19] Liu L M, Fang D S, Song G. Experimental investigation of wire arrangements for narrow-gap triple-wire gas indirect arc welding. [20] Mater Manuf Process, 2016, 31（16）: 2136 Wang F Z. Esab ice saw. Electr Weld Mach, 2016, 46（3）: 11 （王富州. 伊萨ICETM集成冷丝埋弧焊. 电焊机, 2016, 46（3）： 11） [21] Raudsepp  H.  Integrated  cold  electrode —latest  advancement  in Submerged Arc Welding. Electr Weld Mach, 2015, 45（5）: 23 （Hannes Raudsepp. 集成冷丝—埋弧焊新技术. 电焊机, 2015, 45（5）：23） [22] Xiang T, Li H, Wei H L, et al. Effects of filling status of cold wire on  the  welding  process  stability  in  twin-arc  integrated  cold  wire hybrid welding. Int J Adv Manuf Technol, 2016, 83（9-12）: 1583 [23] Wu  K  Y,  Cao  X  W,  Yin  T,  et  al.  Metal  transfer  process  and properties of double-wire double pulsed gas metal arc welding. J Manuf Process, 2019, 44: 367 [24] Xiang T, Li H, Huang C Q, et al. The metal transfer behavior and the  effect  of  arcing  mode  on  metal  transfer  process  in  twin-arc integrated  cold  wire  hybrid  welding. Int J Adv Manuf Technol, 2017, 90（1-4）: 1043 [25] Xiang  T,  Li  H,  Wei  H  L,  et  al.  Arc  characteristics  and  metal transfer behavior of twin-arc integrated cold wire hybrid welding. Int J Adv Manuf Technol, 2016, 87（9-12）: 2653 [26] 向    婷等： 双电弧集成冷丝复合焊中冷丝位置对焊接过程的影响 · 1481 ·