Influence of laser energy input mode on joint interface characteristics in laser brazing with Cu-base filler metal

Author:

LI Li-qun,FENG Xiao-song,CHEN Yan-bin

Publisher

Elsevier BV

Subject

Materials Chemistry,Metals and Alloys,Geotechnical Engineering and Engineering Geology,Condensed Matter Physics

Reference15 articles.

1. MIG-brazing of galvanized thin sheets and profiles [J];HEINRICH;Schweissen-Schneiden,1998

2. Low-heat process enhances joining of coated sheet metals [J];BELKACEM;Welding Journal,2003

3. Working zinc-coated steels and making steel-aluminium alloy joints using high power lasers-brazing and braze welding [J];BERGMANN;Welding International,2006

4. HANEBUTH H, HOFFMANN P, GEIGER M. Laser beam brazing using the twin spot technology [C]//Proceedings of the International Society of Optical Engineer. Vienna, Austria, 1994: 146–153.

5. Laser brazing with filler wire for galvanized steel sheets [J];FENG;China Welding,2005

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