$CO_2$용접의 용접 스패터 저감을 위한 용접전류 파형제어 개념

Concept of Waveform Control for the Reduction of $CO_2$ Welding Spatter

  • 발행 : 1998.06.01

초록

키워드

참고문헌

  1. Welding Technique v.41 no.2 Trend of MAG/MIG Welding Y. Sakai;T. Suga
  2. IIW Doc. XII-930-86 A newly Developed Arc Welding Power Source and Its Application in Combination with Arc Welding Robots T. Ogasawara;T. Maruyama;M. Sato;Y. Hida
  3. Welding Technique v.44 no.11 Adoption of Spatterless Wire M. Sugisaki;M. Kosyou
  4. Journal of the Japan Welding Society v.64 no.6 Recent Advances in the Welding Power Systems for Automated Welding H. Yamamoto
  5. Welding Technique v.39 no.7 Recent Gas Shielded Arc Welder (3) Output Control and its Effects in GMA Welder T. Mita
  6. 대한용접학회지 v.15 no.2 CO₂용접의 스패터 발생에 미치는 용적이행 모드의 영향 강봉용;김희진
  7. 대한용접학회지 CO₂용접의 천이이행조건에서의 스패터 발생과 파형인자와의 관계 강봉용;이창한;김희진;장희석
  8. China Welding v.3 no.1 Effect of Arc Physics on Developing CO₂Arc Welding Y. Shuyian;G. Zheng
  9. Quarterly Journal of the Japan Welding Society v.6 no.2 Waveform control method in CO₂gas shielded arc welding T. Mita
  10. 기술Guide(神戶製鋼) v.37 no.330 CO₂· MAG 溶接접機 “SENSARC LS350" 佐藤英市
  11. Welding Handbook (8th edition) America Welding Society
  12. Welding International v.9 The development of welding current control systems for spatter reduction H. Yamamoto;S. Harada;T. Yasuda
  13. IIW, Doc. 22-B-11-81 Effect of pulsed current control on welding quality improvement W. Shimada;J. Ukai
  14. Synergic Pulse MIG welding M. Amin;P. V. C. Watkins