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30 Jun 2011: 001)bcc. 1 4. 8 11 21. 24. 16 13. 23 20. ... 9. 1 4. 8 11 21. 24 16 13. 23. 20 15.

15 Dec 2011: of 24 atoms, andhence six layers, with both phases treated as being non–magnetic. ... 24] T. Liu, Z. T. Zhao, R. Z. Ma: Phase Transitions 69 (1999) 425–428.

6 Nov 2011: It has beenshown 19,24 that the atoms in the y phase exist in twoelectronic states, separated by an energy gap i1E. ... properties of elements', 181; 1967, Metals Park, Ohio,AmericanSocietyfor Metals. 24. R.

11 Aug 2011: neering 24 (1976) 85–94.[15] H. K. D. H. Bhadeshia, D. V. ... in: M. O. K. Steinhoff, B. Prakash (Eds.), 1st International Conference onHot sheet metal forming of high–performance steel, CHS2: GRIPS mediaGmbH, Kassel, Germany, October 22–24, 2008:

21 Dec 2011: Liquid-18.18wt% δ-ferrite 81.82 wt%100 wt% γ. 24. Fig.11: Microstructure of white cast iron containing.

14 Apr 2011: Bhadeshia: ‘Mathematical models in materials. science’, Mater. Sci. Technol., 2008, 24, 128–135. ... Technol. Weld. Join., 2011, 16, 357–362. 24. P. Michaleris: ‘Modeling welding residual stress and distortion:.

23 Dec 2011: Sci. Technol., 2008, 24, 128–135. 8. K. Hashimoto, K. Hiraoka, K.

23 Aug 2011: wt. %). 14. 16. 18. 20. 22. 24. 0 400 800 1200 1600Distance (µm). ... 4.54 mm. 1.24 mm. (1). 134 A, 9.8 V, 4.3 mm/s.

2 Mar 2011: Número de diapositiva 24.

21 Dec 2011: to carbide separation (in hypereutectiod steel). 24. 7. Large variety of microstructure like ferrite/cementite/carbide.

6 Jul 2011: v =n. k=1. 24. j=1. Pkj ukj. (. u n. k=1. ... Ganguly, S. Datta, P. P. Chattopadhyay: Materials and Manufacturing ProcessesVol. 24 (2009) p.

13 Oct 2011: In A.B. Rothwell and J. M. Gray, editors, Welding of HSLA(microalloyed) structural steels,pages 24–25, Ohio, USA, 1978. ... 24] V. M. Goritskii and D. P. Khromov. Crystallographic direction of brittle transcrystallinecleavage in the ferrite of

22 May 2011: Tittemeijer, S. Van Der Zwaag: Z. Metall. 87 (1996) 24-32. [12] H. ... austenite a =(3.63060.78 C ) {1+(24.9-50 X ) 10-6 (T-1000)} ferrite a =2.8863 {117.5 10-6 (T-800)}.

6 Jan 2011: All of these factors can be taken into account as described elsewhere [24]; the results for the time taken to decarburise a plate of thickness 0.25 µm is illustrated in. ... 24] H. K. D. H. Bhadeshia, "Theoretical Analysis of Changes in Cementite

9 Jan 2011: Mater. Sci. Jpn, 1980, 29, 24–29. 11. G. Chalant and B.

4 Feb 2011: heat treatments [24], and the insensitivity of the recrystallisation temperature to variations in. ... little effect on the yttrium containing particles [24]. Typical changes in the size of the finer.

22 Feb 2011: 24. Colegrove PA, Shercliff HR. Sci Technol Weld Join 2004;9:352. 25. ... 50. Bhadeshia HKDH. Mater Sci Technol 2008;24:128. 51. Seidel TU, Reynolds AP.

29 Sep 2011: of the shape deformation is very large, 0.24 (Dunne and Wayman, 1971). ... Eq. 1.24 was further improved by using eq. 1.25. (Ghosh and Olson, 2000).

14 Feb 2011: 13.  =    exp  (  )   (2.19) In heterogeneous nucleation, Equation 2.17 can be modified by [23, 24]:. ... These possibilities are 24 variants for the Kurdjumov-Sachs relationship, 12 for the.

26 Feb 2011: Once the surface has melted and a keyhole formed, this dropped to about 4-8%.24. ... increase occurs? The higher the thermal conductivity the longer it takes for the surface to melt and the longer the reflected intensity stays high.24 The type of

11 Mar 2011: Materials Science andTechnology, 24:1183–1188, 2008. [13] J. H. Pak, H. K. ... Science and Technology of Weldingand Joining, 11:19–24., 2006. [25] J. S.

3 Jan 2011: The phase field methodhas no such detail, but rather relies on a fundamentalapproximation of the thermodynamics of irreversibleprocesses,24–27 that the flux describing the rate isproportional to the force responsible ... Rev. E, 2006, 73E, 066122. 24. L

21 Dec 2011: 24. Under isothermal conditions for various compositions. proeutectoid tranformation has been summarised below. ... Courtesy of M. Oka. 48. Fig. 24 : Schematic illustration of.

28 May 2011: as mechanical stabilisation [13, 24–29]. ... 24] E. S. Machlin, M. Cohen: Trans. Metall. Soc. AIME 191 (1951) 746–754.

20 May 2011: Date and time of run 20-MAY-2011 16:39:24 > 20110520163908 MTDATA 4.81 2007-12-06, LOG /obelix/users/ashwin/mt/mt945.log > 20110520163908 U-32986 on LNX-000- ... creates MPR file /obelix/users/ashwin/mt/def.mpr $(Number of lines of title) 8 DATAFILE =

18 Feb 2011: a function of temperature using the thermodynamic software MTDATA [24] with the. ... McGraw Hill,. New York, USA. 24. NPL (2006) MTDATA. Software, National Physical Laboratory, Teddington, U.K.

8 Aug 2011: expressed as [24]:. JV = ZνNV exp. G. kT. exp. τt.

28 Jan 2011: Corresponding author, email hkdb@cam.ac.uk. 2011 Institute of Materials, Minerals and MiningPublished by Maney on behalf of the InstituteReceived 24 July 2009; accepted 15 August 2009DOI 10.1179/026708309X12506934374001

14 Apr 2011: Review: friction stir welding tools. R. Rai1, A. De2, H. K. D. H. Bhadeshia3 and T. DebRoy1. Friction stir welding (FSW) is a widely used solid state joining process for soft materials such as. aluminium alloys because it avoids many of the common

26 Mar 2011: This approach incorporates many techniques to automatically infer therelevance of the inputs and to avoid ‘over–fitting’, and has been successfully appliedto many complex relationships in materials science [22, 23, 24, ... Materials Scienceand