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24 Nov 2012: calculations [24] also show the octahedralinterstices as the preferred sites for carbon to be located. ... 2) so the 6.24 kJ mol1 of TCFE6 is reasonablefor very low carbon ferrite.

27 Dec 2012: Kuroki, T. Mori, I. Tamura: Materials Science and En-. gineering 24 (1976) 85–94. ... Symbols are measured values and lines are calculated ones. 24. Figure 11: Calculated hardness increment from the strain–induced marten-site transformation in Alloy 1

7 Jan 2012: Iron Steel Inst., 1971,. 209, (11), 883-899.24. R. A. GRANGE: Met. ... Jpn, 1984, 24,. (3), 206-211.36. A. KAGAWA and T. OKAMOTO: Mater.

18 May 2012: Then they were left inthe furnace to cool down to room temperature over a period of 24 h to obtain acoarse and soft fullly–pearlitic microstructure which can be readily ... 1 0.78 1.60 2.02 0.24 1.01 3.87 1.37 0.002 0.002 – –. 2 0.79 1.59 1.94 0.30

13 Apr 2012: the participating platelets are eliminated as coalescence occurs. The reduction. in the number of variants, from the 24 possible, during stress–affected trans-. ... Thuvander: Mat. Sci. Tech. 24 (2008) 1183. [18] S. Morito, H.

1 May 2012: Mat. Sci., 1989, vol.24,pp. 1117–1120. [15] T. Sahraoui, M. Hadji and M. ... Sapegina: J. Mater. Sci., 2004, vol.39, pp.1007–1016. [24] R. G. Davies: Metall.

30 Jun 2012: Ni–Mn alloy’, Acta Metall. Sin., 1988, 24, 236–241. 20. J. H. ... Trans. A, 1979, 10A,. 895–907. 24. J. W. Christian: ‘Simple geometry and crystallography applied to.

9 Dec 2012: Luan, Finite Element in Analysisand Design, 2006. [15] C. F. Weber, International Journal of Heat and Mass Transfer,24(11):1783–1792, 1981.

24 Aug 2012: being parallel to the fracture plane of Charpy specimens [12, 19, 24], or by bi-. ... A. I. Kestens:. Materials Science Forum 702–703 (2012) 770–773. [24] J.

2 Oct 2012: 2a,b). A simple experiment in which alloy 3 was held at1300C for 24 h and then quenched, revealed a quantity of δ–ferrite which is moreconsistent with calculations based on ... a) Calculated withTCFE4, (b) calculated with TCFE6 thermodynamic database.

22 Apr 2012: a chaotic microstructure which is good for toughness [22–24]. Instead, the microstructure in. ... 12. [24] H. K. D. H. Bhadeshia, in: S. A. David, J.

15 Dec 2012: cementite precipitation in steels’,. Mater. Sci. Technol., 2008, 24, 343–. 347.

29 Jun 2012: D. K. Matlock, J. G. Speer, The 3rd International Conference on Advanced Structural Steels, Gyeongju, Korea, August 22-24, 2006, 774. ... AerMet100 0.24 11.08 3.04 1.20 13.40 0.01 0.001 0.01 0.0099 0.001 0.003.

25 May 2012: Bainitic steels have beenknown for a long time to be much more resistant to tempering than those which are martensitic[23, 24]. ... Iron Steel I. 186 (1957) 54–67. [24] K. J. Irvine, F.

26 Aug 2012: hydrogen transformed to martensite by the deformation, the excess diffusible. 24.

28 Jan 2012: welding parameters [44]. 24. Fig 2.16 several examples of external discontinuities in RSW [44]. ... 820 483 660 30 40. 840 486 665 30 39. 860 470 640 24 34.

14 Oct 2012: dominant balance, and Friedrichs, Kruskal [22], Fowler [23], and Andrianov [24] on asymp-. ... 24). yielding the following estimates:. ûc =D2σT Q0Lρνk = 0.17 mm/s (25).

16 Feb 2012: Describing the bainitic structure Hultgren also proposed that ‘needlesof troostite’ (later named bainite) first formed as martensite needles whichwere then self–tempered [24] being able to reject carbon and form carbidesdue ... and Bhadeshia

15 Nov 2012: Zenker and H.-J. Spies: Mater. Manuf. Process., 24(2009), 800. 8) J. ... Metallkd.,. 74 (1983), 620.32) D. Girodin: NTN Tech. Rev., 76 (2008), 24.33) O.

24 Sep 2012: 12. 24. 36. 48. 60E. lon. ga. tio. n /. %. Strength / MPa. IF. Mild. IF-HS. BH. C-Mn. HSLA. DP-CP. TRIP.