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High Speed Pulse Welding of Powder Metalurgy Automotive Components
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English
Abstract
High speed pulse welding creates a solid state weld between Powder Metallurgy materials (P/M) and to wrought materials. The fast weld pulse process is compatible with and advantageous to P/M component welding. This paper describes seven P/M alloys welded to 1010 sheet metal coupons. The carbon content and density are increased in seven of the alloys creating 37 welded material combinations. Carbon levels to 0.8 % were welded with densities of 6.6, 6.8, and 7.0 gram per cc. Each P/M group was evaluated by optimizing the weld schedule, then making specimen for strength determinations. Increasing density, carbon and alloy improved assembly strength.
Authors
Citation
Johnson, W., Kassam, S., Patel, S., Arnold, T. et al., "High Speed Pulse Welding of Powder Metalurgy Automotive Components," SAE Technical Paper 950383, 1995, https://doi.org/10.4271/950383.Also In
References
- Stahli, G. Frungel, F. “Metallographic Aspects of Impulse Welding” The Metallurgical Society's Journal of Metals May 1986 43 46
- Frungel F. High Speed Pulse Technology 1 Academic Press New York III 1976 298 313