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P/M Forging Successes
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English
Abstract
P/M Forging, introduced with much fanfare in the early 1970's, has overcome its initial technical problems and is beginning to achieve its early promise of significant economic savings. This paper reviews the technology development and goes on to detail the many well-suited applications which have been developed for automotive parts, farm equipment, hydraulic pumps and motors, outboard motors, chain saws, and industrial hand tools.
Authors
Citation
Ashley, A., "P/M Forging Successes," SAE Technical Paper 770099, 1977, https://doi.org/10.4271/770099.Also In
References
- Dean Trevor Anthony “High Speed Hot Forging Techniques from Solid Billets and Metal Powders.” SME Technical Paper No. MF73-166 1973
- Kuhn H. A. Downey C. L. “How Flow and Fracture Affect Design of Preforms for Powder Forging.” “The International Journal of Powder Metallurgy & Powder Technology,” 10 1 January 1974 59 66
- Kuhn H. A. Downey C. L. “Material Behavior in Powder Preform Forging.” “Journal of Engineering Materials and Technology,” January 1973 41 46
- Downey, C. L. Jr. Kuhn H. A. “Application of a Forming Limit Concept to the Design of Powder Preforms for Forging.” ASME Paper No. 74-WA/Prod-11 1974
- Bockstiegel G. “Technical and Economic Aspects of P/M-Hotforming, Part 1: Technical Problems.” “Powder Metallurgy International,” 6 3 1974 116 120