PehlkeR. D.Computer simulation of solidification of a steel casting. First International Steel Foundry Congress, Chicago, November 1985.
2.
CampbellJ.Solidification modeling: Current limitations and future potential. J. Mater. Sci. Technol., 1991, 7, 885–894.
3.
OhnakaI.Review of applications of solidification modeling to materials development. Proceedings of the 1st International Conference on Computer applications to materials science and engineering, CAMSE-90, Tokyo, August 1990, pp. 8–31.
4.
HarakkiK.MiettinenJ.Mathematical modeling of copper and brass upcasting. Metall. Mater. Trans. B, 1999, 30B, 75–98.
5.
BishopH. F.BrandtF. A.PelliniW. S.Solidification of steel against sand and chill walls. AFS Trans., 1951, 59, 435–499.
6.
ZengX. C.PehlkeR. D.Numerical simulation of solidification for a copper-base alloy casting. AFS Trans., 1984, 93, 479–488.
PehlkeR. D.JeyarajanA.WadaK.Summary of thermal properties for casting alloys and mould materials, report no. PB 83–211003.National Technical Information Service, Ann Arbor, Michigan, December 1982.
9.
JeyarajanA.PehlkeR. D.Computer simulation of solidification of a casting with a chill. AFS Trans., 1976, 84, 647–652.
10.
SullyL. J. D.Thermal interface between casting and chill molds. AFS Trans., 1976, 84, 735–743.
11.
KumarT. S. P.PrabhuK. N.Heat flux transients at the casting chill interface during solidification of aluminum base alloys. Metall. Trans. B, 1991, 22B, 717–727.
12.
KulkarniS. N.RadhakrishnaK.Finite element modeling of thermal behaviour of hollow cylinders cast in CO2-sand moulds. Int. J. Cast Metals Res., 2004, 17(1), 57–64.
13.
ChiesaF.Measurement of the thermal conductance at the mold-metal interface of permanent molds. AFS Trans., 1990, 193–200.
