Thixoforming : Semi-solid Metal Processing
Thixoforming : Semi-solid Metal Processing
Thixoforming : Semi-solid Metal Processing
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166j 5 Thermochemical Simulation of Phase Formation<br />
6 Kaufman, L. and Bernstein, H. (1970)<br />
Computer Calculation of Phase Diagrams,<br />
Academic Press, New York.<br />
7 Saunders, N. and Miodownik, A.P. (1998)<br />
CALPHAD (Calculation of Phase<br />
Diagrams): a Comprehensive Guide.<br />
Pergamon.<br />
8 Lukas, H.L., Fries, S.G. and Sundman B.<br />
(2007) Computational Thermodynamics: the<br />
Calphad Method, Cambridge University<br />
Press, Cambridge.<br />
9 Andersson, J.-O., Helander, T., H€oglund,<br />
L., Shi, P. and Sundman, B. (2002)<br />
THERMO-CALC and DICTRA,<br />
computational tools for materials science.<br />
Calphad, 26, 273–312.<br />
10 TC-Fe 2000–TC Steels/Alloys Database,<br />
Thermo-Calc, Stockholm (1999).<br />
11 TCFE4–TC Steels/Alloys Database,<br />
Thermo-Calc, Stockholm (2006).<br />
12 Gulliver, G.H. (1913) The quantitative<br />
effect of rapid cooling upon the<br />
constitution of binary alloys. Journal of the<br />
Institute of <strong>Metal</strong>s, 9, 120–157.<br />
13 Scheil, E. (1942) Bemerkungen zur<br />
Schichtkristallbildung. Zeitschrift Fur<br />
<strong>Metal</strong>lkunde, 34, 70–72.<br />
14 MOB (Mobility) Solution Database v. 2.0,<br />
Thermo-Calc, Stockholm (1999).<br />
15 Boettinger, W.J., Warren, J.A.,<br />
Beckermann, C. and Karma, A. (2002)<br />
Phase-field simulation of <strong>solid</strong>ification.<br />
Annual Review of Materials Research, 32,<br />
163–194.<br />
16 Steinbach, I., B€ottger, B., Eiken, J.,<br />
Warnken, N. and Fries, S.G. (2007)<br />
CALPHAD and phase-field modeling: a<br />
successful liaison. Journal of Phase<br />
Equilibria and Diffusion, 28, 101–106.<br />
17 Uhlenhaut, D.I., Kradolfer, J., P€uttgen,<br />
W., L€offler,J.F.andUggowitzer,P.J.<br />
(2006) Structure and properties of a<br />
hypoeutectic chromium steel processed<br />
in the semi-<strong>solid</strong> state. Acta Materialia,<br />
54, 2727–2734.<br />
18 Boettinger, W.J., Kattner, U.R., Moon,<br />
K.-W. and Perepezko, J.H. (2006) DTA<br />
and DSC Heat Flux Measurements of Alloy<br />
Melting and Freezing. NIST Special<br />
Publication 960-15, National Institute for<br />
Science and Technology, Washington, DC.<br />
19 Jacobs, M.H.G., Hack, K. and Hallstedt, B.<br />
(2007) Heat balances and heat capacity<br />
calculations. Journal of Solid State<br />
Electrochemistry, 11, 1399–1404.<br />
20 Hallstedt, B. (2008) Melting of a tool steel,<br />
in The SGTE Case Book (ed. K. Hack),<br />
Woodhead, Cambridge, pp. 392–397.<br />
21 P€uttgen, W., Hallstedt, B., Bleck, W.,<br />
L€offler, J.F. and Uggowitzer, P.J. (2007)<br />
On the microstructure and properties of<br />
100Cr6 steel processed in the semi-<strong>solid</strong><br />
state. Acta <strong>Metal</strong>lurgica, 55, 6553–6560.<br />
22 Kleiner, S., Beffort, O. and Uggowitzer, P.J.<br />
(2004) Microstructure evolution during<br />
reheating of an extruded Mg–Al–Zn alloy<br />
into the semi<strong>solid</strong> state. Scripta Materialia,<br />
51, 405–410.<br />
23 P€uttgen, W., Bleck, W., Hallstedt, B. and<br />
Uggowitzer, P.J. (2006) Microstructure<br />
control and structure analysis in the semi<strong>solid</strong><br />
state of different feedstock materials<br />
for the bearing steel 100Cr6. Solid State<br />
Phenomena, 116–117, 177–180.