Prediction of Local Microstructure and Mechanical Properties of Welded Joint Metal with Allowance for Its Thermal Cycle

Author:

Karkhin Victor A.

Publisher

Springer Singapore

Reference53 articles.

1. Adams, C. (1958). Cooling rates and peak temperatures in fusion welding. Welding Journal, 37(5), 210-s–215-s.

2. Berkhout, C. F., & van Lent, P. H. (1968). Anwendung von Spitzentemperatur-Abkuhlzeit (STAZ)-Schaubildern beim Schweissen hochfester Stahle. Schweissen und Schneiden, 6, 256–260 (in German).

3. Buchmayr, B. (1991). Computer in der Werkstoff – und Schweisstechnik. Anwendung von mathematischen Modellen (436 pp.). Duesseldorf: DVS – Verlag (in German).

4. Buchmayr, B., & Cerjak, H. (1988). Mathematical description of HAZ behaviour of low-alloyed structural steels. In Proceedings of the International Conference on Improved Weldment Control with Special Reference to Computer Technology (pp. 43–51). Vienna.

5. Degenkoble, J., Uwer, D., & Wegmann, H. (1984). Characterisation of weld thermal cycles with regard to their effect on the mechanical properties of weld joints by the cooling time t8/5 and its determination (17 pp.). IIW Doc. IX-1336-84.

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