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A Study of the Shrinkage and Dilatation during Solidification of Nodular Cast Iron - its Relation to the Morphology of Crystallisation

Published online by Cambridge University Press:  21 February 2011

R. Hummer
R. Hummer*
Affiliation:
Austrian Foundry Research Institute, Parkstraße 21, A-8700 Leoben, Austria
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Abstract

This study deals with the solidification behaviour of cast iron with nodular graphite. By measurement of the “apparent shrinkage” the real feeding requirement can be determined under operating conditions. By means of cooling curves and measurements of dilatation the mode of solidification is established. The results are in accordance with today's knowledge of the morphology of crystallisation and offer an operating hypothesis for feeding technique in practice.

Type
Research Article
Information
MRS Online Proceedings Library (OPL) , Volume 34: Symposium – Physical Metallurgy of Cast Iron , 1984 , 213
Copyright
Copyright © Materials Research Society 1985

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References

REFERENCES

1. Thury, W., Gieoerei 63 (1976) No.18, p. 506/508 Google Scholar
2. Bako, K., Giederei-Rundschau 23 (1976) No.3, p. 15/20 Google Scholar
3. Nandori, G. and Dul, J., 45. Intern.Foundry Congress Budapest, 1978, paper No. 15Google Scholar
4. Devaux, H. and Jeancolas, M., Fonderie 28 (1973), p. 329/338 a. 355/362Google Scholar
5. Vondrak, V., Gieferei 58 (1971) No. 4, p. 84/88 Google Scholar
6. Engler, S. and Woytas, H.J., Gieflerei-Forschung 31 (1979) No. 1, p.37/44 Google Scholar
7. StKarsay, J., Gugeisen mit Kugelgraphit III, Anschnitt und Speisertechnik, QIT-Ferr et Titane Inc., 1981 Google Scholar
8. Schmidt, D., Wolf, K.P. and Engel, W., Giederei-Techr.ik 27 (1981) No.3, p. 69/73 Google Scholar
9. Levelink, H.G. and Julien, F.P.M.A., Gießerei 60 (1973) No. 16, p. 485/495 Google Scholar
10. Pribyl, J., Gießerei-Rundschau 17 (1970) No. 6, p. 28/35 Google Scholar
11. Engler, S. and Ellerbrock, R., GieBerei-Forschung 29 (1977)No.4, p. 141/145 Google Scholar
12. Piwowarsky, E., Hochwertiges Gußeisen, 2. Auflage, Springer-Verlag Berlin, Göttingen, Heidelberg 1961, p. 350/367Google Scholar
13. Engler, S., Boenisch, D. and Köbhler, D., 39. Intern.Foundry Congress, Philadelphia, USA, 1972, paper No. 7Google Scholar
14. Ellerbrock, R. and Engler, S., Erstarrung metallischer Schmelzen, Proceedings of the Symposiums of DGM, 1981, Aachen, p. 249/260Google Scholar
15. Morrogh, H., British Foundrymen 53 (1960) p. 221/242 Google Scholar
16. Gießereikalender 1964, p. 93Google Scholar
17. Kofler, A., Zeitschrift Metallkunde 41 (1950) p. 221/226 Google Scholar
18. Scheil, E., Gießerei Techn.-Wissenschaftl. Beihefte No. 24 (1959), p. 1313/1338 Google Scholar
19. Lux, B., Vendl, A. and Hahn, H., Radex-Rundschau No. 1–2, (1980), p. 30/50 Google Scholar
20. Mitsche, R. and Niessner, M., Angewandte Metallographie, J. Ambrosius Barth Verlag, Leipzig 1939, p.76 Google Scholar
21. Sinha, N.P. and Kondic, V.P., British Foundrymen 68 (1975) No.1, p. 9/13 Google Scholar