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Modeling the capacitor discharge welding process for tube and plate geometries.
Wilson-RD; Laird-G II; Vogt-RR; Bauer-RA
International conference modeling and control of joining processes, December 8-10,1993, Orlando, Florida. Zacharia T, ed. Miami, FL: American Welding Society, 1994 Oct; :69-76
The Bureau of Mines and the Eaton Corporation are using capacitive-discharge welding (CDW) to explore the thermal and microstructural behavior of rapidly solidified weldments. CDW experiments were conducted using 1080 eutectoid steel rods as the cathode and anode. In addition, dissimilar metal tube welds were made with 6061 aluminum tubes as the cathode and mild steel sheets as the anodes. In conjunction with this experimental work, finite element models were developed for rod-to-rod and tube-to-shell geometries. These models allowed the direct calculation of solidification parameters (G-R and G/R), weld and heat affected zone thicknesses, and metal loss during the CDW event. Metallurgical observations correlate well with the finite element analyses.
Models; Welding; Metallurgy; Mathematical models
R. D. Wilson, U. S. Bureau of Mines, Albany Research Center, Albany, OR 97321-2198
International conference modeling and control of joining processes, December 8-10,1993, Orlando, Florida
Page last reviewed: September 2, 2020
Content source: National Institute for Occupational Safety and Health Education and Information Division