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7 Jun 2010: Mn Cu Cr Si V Mo NiCequiv = C 20 30 10 15 60 5B (5.24). ... 1976), Mater. Sci.Eng., 24, 85-94. TvVEED, J. H. and KNOTT, J.

7 Jun 2010: The bonding time for all samples was 1 hour. Some of the samples were post-bond heat-treated at 1150˚C for 24 hours. ... Having heat-treated the already bonded C1023 sample at 1150˚C for 24 hours, back-scatter electron SEM imaging and EDS were used to

7 Jun 2010: These include localrecrystallisation due to the presence of coarse carbides at the prior austenite grain boundaries [24]and impurity effects. ... 24] K. KIMURA, H. KUSHIMA, F. ABE and K. YAGI, Materials Science and Engineering,A234–236 (1997)

7 Jun 2010: Recorded arc energies ranged from 1.0 to 1.4 kJ/mm. The test welds were left for 24 hours to allow hydrogen diffusion and the potential formation of any cracking; ... Pipeline Technology Proceedings of the third international pipeline technology

2 Jul 2010: Thermal conductivity. /. 12Cr ferritic 9.9 24.9. 20CrNi austenitic 15.3 13.5. ... not ed are experiment al values. 24. / kJ atom-1 mol-1 Reference.

7 Jun 2010: 5. NPS 24" - D/t=19.2 -X67. 0. 10. 20. 30. 40. ... LOCAL BUCKLING2150m, OD=24" D/t=19.2, X65. 0. 500. 1000. 1500. 2000. 2500.

7 Jun 2010: 970 Materials Science and Technology 2008 VOL 24 NO 8. The method for deriving (c J a) given the twinning planeand direction is fully described in Ref. ... Plastic strain due to twinning in austenitic TWIP steels. Materials Science and Technology 2008

19 Sep 2010: 23 CRSI2 NORMAL PURE SUBSTANCE! 24 CHI_A12 NORMAL SUBLATTICE! 25 SIGMA NORMAL SUBLATTICE! ... MULTIPHASE OPTION? cls?a! CLSA KEYWORD NOT RECOGNISED! MULTIPHASE OPTION? cla abs p(23,24)!

7 Jun 2010: shot-peening, hammer-peening, ultrasonic impact or ultrasonic peening techniques. Fig. 24 displays the fatigue strength increase obtained by shot-peening of high-strength steels which can be used for a ... Ref.: B. Fuchsbauer. DIA 7662e. Fig. 24:

7 Jun 2010: Y. Tomota, K. Kuroki, T. Mori and I. Tamura:Materials Science and Engineering 24, 85–94(1976). ... H. Bhadeshia (1995). 24. J. Y. Koo and A. Ozekcin : Welding Metallurgyof Structural Steels,ed J.

7 Jun 2010: 1995 The Institute of Materials. Manuscript received 24 August 1994; in final form 13 October 1994.

7 Jun 2010: Slide 24 of 24.

7 Jun 2010: more, Q to quit paging : 22 LAVES_PHASE NORMAL PURE SUBSTANCE 23 MU_PHASE NORMAL SUBLATTICE 24 AL3NI2 NORMAL PURE SUBSTANCE 25 ALNI_B2 NORMAL SUBLATTICE MULTIPHASE OPTION? ... set w(10? SET WHAT? w(1)=83.92 w(2)=9.8 w(3)=6 w(4)=0.24 w(5)=0.04! MULTIPHASE

7 Jun 2010:

7 Jun 2010: MTDATA script - driving force %24 April 2009, by Mathew Peet % This is a quick example script to show calculation of % driving force for formation of ferrite from austenite.

7 Jun 2010: 316 austenitic stainless steel. constrained tensile sample. hot-strength. Transformation strain. 24 variants of martensite per austenite grain.

7 Jun 2010: 91.55. 2.8. 54.1. 72.7. 91.8. 400. 101.24. 3.2. 54.1. 72.7. 91.8. ... 54.1. 72.7. 91.8. 350. 91.55. 2.8. 54.1. 72.7. 91.8. 400. 101.24.

7 Jun 2010: 1 2 1 59 2 61 2.9630 16 5 2 2 20 5 25 1.0637 1 1 1 0.0640 24 5 2 31 31 1.5645 3 3 ... TOTAL 1657 37 220 29 92 28 52 8 24 20 5 16 3 4 2053 142 2195 100.

7 Jun 2010: Progress inMaterials Science, 29:321–386, 1985. [24] J. W. Christian. Theory of Transformations in Metal and Alloys, Part I. ... Khan. Incomplete reaction phenomenon inhigh-strength bainitic steels. Metallurgical and Materials Transactions A,

7 Jun 2010: These include localrecrystallisation due to the presence of coarse carbides at the prior austenite grain boundaries [24]and impurity effects. ... 24] K. KIMURA, H. KUSHIMA, F. ABE and K. YAGI, Materials Science and Engineering,A234–236 (1997)