3 - 8 |
Solute drag and entropy production - Two approaches to the same phenomenon Hillert M |
11 - 20 |
Texture and microstructure of the austenite in multiphased steel sheets Regle H, Maruyama N, Yoshinaga N |
21 - 26 |
Characteristics of the deformed and recrystallised grains obtained after hot plane strain compression of a model Fe-30wt%Ni alloy Bai F, Cizek P, Palmiere EJ, Rainforth WM |
27 - 32 |
Study of deformation microstructure and static recovery in copper after cold drawing Benyoucef M, Jakani S, Baudin T, Mathon MH, Penelle R |
33 - 38 |
Potentiality of mean-field approaches for recrystallisation: characterization of the deformed state of polycrystals Brenner R, Castelnau O, Bacroix B |
39 - 44 |
Evaluation of stored energy in cold-rolled IF steels from EBSD data and its application to recrystallization modeling Choi SH, Chin KG |
45 - 50 |
An impingement - Spheroidisation theory for nucleation and grain growth Duggan BJ, Tse YY, Shen GJ |
51 - 56 |
Estimation of stored energy distribution from EBSD measurements Gerber P, Baudin T, Jakani S, Mathon MH, Bacroix B |
57 - 62 |
Relation between activated slip systems and nucleation of recrystallized grains in deformed single- and bi-crystals Inoko F, Kashihara K, Tagami M, Okada T |
63 - 68 |
The effect of initial grain size on the microstructures developed during cold rolling of a single-phase aluminium alloy Jazaeri H, Humphreys FJ |
69 - 74 |
Orientation spread in deformed grains and its relevance to recrystallization texture development in IF steels Kang JY, Kim DI, Oh KH, Lee HC |
75 - 80 |
Investigation of nucleation mechanisms of recrystallization in warm rolled Fe3Al base alloys Konrad J, Zaefferer S, Schneider A |
81 - 86 |
In-situ investigation of bulk nucleation by X-ray diffraction Larsen AW, Gundlach C, Poulsen HF, Margulies L, Xing Q, Jensen DJ |
87 - 92 |
A statistical mechanics theory of grain deformation and its prediction of dynamical recovery and recrystallization del Castillo PEJRD, van der Zwaag S |
93 - 98 |
Nucleation during recrystallisation in Ti-SULC steel Seaton NCA, Prior DJ |
99 - 104 |
Orientation aspects of the recrystallization nucleation in highly deformed polycrystalline copper Sztwiertnia K |
107 - 116 |
Nucleation in recrystallization Humphreys FJ |
117 - 122 |
Inhomogeneous deformation and microstructural evolution during the hot deformation of Al-4.98%Mg Ashton MJ, Humphreys FJ |
123 - 128 |
Study of local microstructure and texture heterogeneities in hot rolled CGO Fe-3%Si sheets Cruz-Gandarilla F, Baudin T, Penelle R, Mendoza-Leon H |
129 - 134 |
Investigation of the primary recrystallisation microstructure of cold rolled and annealed Fe 3% Si single crystals with Goss orientation Dorner D, Lahn L, Zaefferer S |
135 - 140 |
Recrystallization mechanisms in wire-drawn copper Gerber P, Jakani S, Baudin T, Mathon MH, Penelle R |
141 - 146 |
Determination of the recovery kinetics during the annealing of cold rolled low carbon steels de Guerenu AM, Arizti F, Gutierrez I |
147 - 151 |
Recrystallization kinetics in the bulk and at the surface Jensen DJ, Lund MD, Larsen AW, Bowen JR |
153 - 158 |
Effect of the degree of order and the deformation microstructure on the kinetics of recrystallisation in a Fe3Al ordered alloy Kobayashi S, Zaefferer S, Schneider A, Raabe D, Frommeyer G |
159 - 164 |
Micro-scale OIM study on the recrystallization process of cold rolled alpha-fiber single crystal Nakamura S, Homma H |
165 - 170 |
On the production of randomly-oriented recrystallization nuclei for selective growth experiments Nave MD, Verbeken K, Kestens L |
171 - 176 |
Recrystallization nucleation in some channel die deformed, high symmetry aluminium bicrystals Paul H, Driver JH |
177 - 182 |
The formation of new orientations during recrystallization of silver single crystals with (112)< 111 > initial orientation Paul H, Driver JH, Maurice C, Piatkowski A |
183 - 188 |
Recovery and recrystallization study after low deformation amount by cold rolling in an IF-Ti steel Samet-Meziou A, Etter AL, Baudin T, Penelle R |
189 - 192 |
In-situ measurements of growth of nuclei within the bulk of deformed aluminum single crystals Schmidt S, Huang X, Jensen DJ |
193 - 196 |
Effects of nuclei clustering on recrystallization kinetics Vandermeer RA, Jensen DJ |
197 - 202 |
Growth rate distributions during recrystallization of copper Vandermeer RA, Lauridsen EM, Jensen DJ |
203 - 208 |
Evaluation of selective growth in a Fe-2.8%Si single crystal using Rodrigues-Frank space Verbeken K, Kestens L, Nave MD |
209 - 214 |
Microstructural coarsening during annealing of cold rolled aluminum Xing Q, Huang X, Hansen N |
217 - 221 |
Effect of post weld heat treatment on microstructure and mechanical properties of welded 2205 duplex stainless steel Badji R, Belkessa B, Maza H, Bouabdallah M, Bacroix B, Kahloun C |
223 - 228 |
Microstructural control in thick-walled Nb-Ti-V microalloyed linepipe steels Banks KM |
229 - 234 |
Recovery and recrystallization in cold worked Fe-Osteels Belyakov A, Sakai Y, Hara T, Kimura Y, Tsuzaki K |
235 - 240 |
Study of texture and recrystallization in wire steel Boumerzoug Z, Lahraki N, Zidani M |
241 - 246 |
Cold rolled microstructure and its evolution during recovery and first recrystallisation stages in low carbon steels Diaz-Fuentes M, Novillo E, Iza-Mendia A, Gutierrez I |
247 - 250 |
Thermomechanical behavior of rapidly solidified Fe-25Cr-20Ni Draissia M, Boukhris N, Debili MY |
251 - 256 |
Static recrystallization of Ti-IF steel after warm deformation Ebrahimi R, Oudin A, Najafi-Zadeh A, Barnett MR, Hodgson PD |
257 - 262 |
Recrystallisation texture of cold rolled and annealed IF steel produced from ferritic rolled hot strip Eisner A, Kaspar R, Ponge D, Raabe D, van der Zwaag S |
263 - 268 |
Difference in recrystallization behavior between martensite and deformed ferrite Futamura Y, Natori M, Tsuchiyama T, Takaki S |
269 - 274 |
On {h,1,1}< 1/h,1,2 >, the recrystallisation texture of heavily cold rolled BCC steel Homma H, Nakamura S, Yoshinaga N |
275 - 280 |
Effect of the strain reversal on the microstructure and the recrystallization kinetics of the austenite Jorge-Badiola D, Iza-Mendia A, Gutierrez I |
281 - 286 |
Hot strain diagrams, strengthening and recrystallization of nitrogen alloyed steels Kaputkina LM, Prokoshkina VG, Lojnikov YI |
287 - 291 |
Grain refinement and texture change in interstitial free steels after severe rolling and ultra-short annealing Kestens L, Reis ACC, Kaluba WJ, Houbaert Y |
293 - 298 |
Characteristics of the static recrystallization kinetics of an intercritically deformed C-Mn steel Luo HW, Sietsma J, van der Zwaag S |
299 - 304 |
Effect of the coupling of recovery and precipitation on the recrystallization behavior of Ti-stabilized extra low carbon steels Na EH, Choi JY, Sung BS, Lee HC |
305 - 310 |
Grain growth after intercritical rolling Petrov R, Kestens L, Verbeken K, Houbaert Y |
311 - 316 |
Rolling and recrystallization texture of cold rolled IF steel: A study from low to high deformation Quadir MZ, Tse YY, Lam KT, Duggan BJ |
317 - 322 |
Coupling recrystallization and texture to the mechanical properties of ferritic stainless steel sheet Sinclair CW, Mithieuxl JD |
323 - 328 |
Impact of coil cooling rate on texture, special boundaries and properties of hot rolled strip Slavov VI, Chaschin VV, Kostylev SN, Naumova OM, Khlybov OV, Puchkov AV |
329 - 334 |
Modelling recovery and recrystallisation kinetics after intercritical deformation in 0.19 wt% C 1.5 wt% Mn steel Smith A, Miroux A, Luo H, Sietsma J, Van der Zwaag S |
335 - 340 |
Validation of the new regression model for the static recrystallisation of hot-deformed austenite in special steels Somani MC, Karjalainen LP |
341 - 346 |
Effect of strain on deformation microstructure and subsequent annealing behavior of IF steel heavily deformed by ARB process Tsuji N, Kamikawa N, Minamino Y |
349 - 356 |
Industrial application of recrystallization control in aluminum products Weiland H |
357 - 362 |
Recrystallization and texture development in hot rolled 1050 aluminum Alvi MH, Cheong S, Weiland H, Rollett AD |
363 - 368 |
Inhomogeneity of texture, particle precipitation and grain size under recrystallization of Al-Mg, Al-Mg-Li and Ai-Mg-Sc alloys Betsofen SY, Lapin AL |
369 - 374 |
The effect of Sc on the extrudability and recrystallisation resistance of Al-Mn-Zr-alloys Forbord B, Hallem H, Marthinsen K |
375 - 380 |
The effect of strain path on the recrystallisation of an aluminium manganese alloy Higginson RL |
381 - 386 |
Development of grain structure and texture during annealing in asymmetrically rolled AA5754 Jin H, Lloyd DJ |
387 - 392 |
Microstructural parameter-based characterization of annealing behaviour in metals deformed to high strains Liu Q, Cao WQ, Godfrey A |
393 - 398 |
Recrystallisation and concurrent precipitation in hot rolled AA3103 Miroux A, Lok ZJ, van der Zwaag S |
399 - 405 |
Effect of solution heat treatment and additives on the microstructure of Al-Si(A413.1) automotive alloys Moustafa MA, Samuel FH, Doty HW |
407 - 420 |
Prediction of static recrystallisation after extrusion of shaped aluminium sections Peng Z, Sheppard T |
421 - 426 |
New grain formation in a coarse-grained 7475 Al alloy during severe hot forging Sitdikov O, Sakai T, Goloborodko A, Miura H, Kaibyshev R |
429 - 434 |
Texture changes during uniaxial compression of Mg-3Al-1Zn Backx P, Barnett MR, Kestens L |
435 - 440 |
Effect of grain size on the deformation and dynamic recrystallization of Mg-3Al-1Zn Barnett MR, Atwell D, Beer AG |
441 - 446 |
Grain growth texture evolution in zirconium (Zr702) and commercially pure titanium (T40) Bozzolo N, Dewobroto N, Grosdidier T, Barberis P, Wagner F |
447 - 452 |
Texture development of Ni3Al thin foils during recrystallization and grain growth Demura M, Kishida K, Xu Y, Hirano T |
453 - 458 |
Experimental investigations of recrystallization texture development in zirconium (Zr702) Dewobroto N, Bozzolo N, Barberis P, Wagner F |
459 - 463 |
The recrystallization behaviour of CP-titanium Guclu FM, Cimenoglu H |
465 - 470 |
Whisker growth from tin coatings Hutchinson B, Oliver J, Nylen M, Hagstrom J |
471 - 476 |
Influence of oxygen content on the static recrystallization of ETP copper Jakani S, Mathon MH, Gerber P, Benyoucef M, de Novion CH, Baudin T |
477 - 482 |
Recrystallization behaviour of two magnesium alloys Mackenzie LWF, Lorimer GW, Humphreys FJ, Wilks T |
483 - 488 |
Magnetically controlled recrystallization texture in titanium Molodov DA, Sheikh-Ali AD |
489 - 494 |
Structure evolution of zirconium alloys during deformation/heat treatment Nikulin SA, Rojnov AB, Peregud MM |
495 - 500 |
Microstructure and texture development during recrystallization of rolled molybdenum sheets Hunsche I, Oertel CG, Tamm R, Skrotzki W, Knabl W |
501 - 506 |
Formation of grain boundary misorientation spectrum in alpha-beta titanium alloys with lamellar structure under warm and hot working Salishchev GA, Zerebtsov SV, Mironov SY, Semiatin SL |
507 - 512 |
In-grain and grain-to-grain textural inhomogeneities in coarse-grained tantalum Sandim HRZ, Martins JP, Pinto AL, Padilha AF |
513 - 518 |
Microstructural path of recrystallization in an electron beam melted Ta-10wt% alloy Sandim HRZ, Matos BFS, Fonseca GS, Rios PR |
519 - 524 |
An EBSD study on orientation effects during recrystallization of coarse-grained niobium Sandim HRZ, Raabe D |
525 - 530 |
Recrystallization of iron aluminides Skrotzki W, Kegler K, Tamm R, Oertel CG |
531 - 536 |
Grain refinement in magnesium alloy AZ31 during hot deformation Yang XY, Miura H, Sakai T |
537 - 542 |
Microstructure and texture evolution during static recrystallization of Zr-2Hf alloy Zhu KY, Chaubet D, Bacroix B, Bechade JL |
545 - 550 |
Recrystallization and grain growth in rocks and minerals Prior DJ, Bestmann M, Halfpenny A, Mariani E, Piazolo S, Tullis J, Wheeler J |
551 - 556 |
Recrystallization in deformed and heat treated PET polymer sheets Raabe D, Chen N |
557 - 566 |
A modern approach to control grain boundaries in ceramics Sakuma T, Ikuhara Y, Yamamoto T |
567 - 572 |
The effect of humidity on recrystallization and aging of plastically deformed alkali halide crystals. Borisenko EB, Gnesin BA |
573 - 578 |
Using electron backscatter diffraction (EBSD) to measure misorientation between'parent' and'daughter' grains. Implications for recrystallisation and nucleation. Halfpenny A, Prior DJ, Wheeler J |
579 - 584 |
Microstructural evolution of synthetic forsterite aggregates doformed to high strain Slotemaker AK, de Bresser JHP, Spiers CJ, Drury MR |
585 - 590 |
Recrystallization microstructures during creep of MgO single crystals Mariani E, Mecklenburgh J, Prior DJ, Wheeler J |
591 - 596 |
Texture of high temperature superconductor thick films TI-1223 and TI-2223/LaAlO3 deposited by spray pyrolysis Xuan HN, Beauquis S, Galez P, Jorda JL, Phok S, De-Barros D |
597 - 602 |
Investigation of subgrain rotation recrystallization in dry polycrystalline NaCl. Pennock GM, Drury MR, Spiers CJ |
603 - 608 |
Simulation of spherulite growth during polymer crystallization by use of a cellular automaton Raabe D |
611 - 616 |
A subgrain growth model for strain-free grain nucleation during recrystallization Holm EA, Miodownik MA, Healey KJ |
617 - 622 |
Modeling of nucleation spectra for primary recrystallization and application to through-process texture modeling Crumbach M, Goerdeler M, Goftstein G |
623 - 628 |
Modelling recrystallisation during thermomechanical processing using CAFE Das S, Palmiere EJ, Howard IC |
629 - 634 |
A coupled recovery/recrystallisation model for zirconium alloys. Influence of hydrogen Dunlop J, Brechet Y, Legras L |
635 - 640 |
Monte Carlo modelling of recrystallization mechanisms in wire-drawn copper from EBSD data. Gerber P, Tarasiuk J, Solas D, Jakani S, Mathon MH, Baudin T |
641 - 646 |
Coupled computer simulations of recrystallization in deformed polycrystals Holm EA, Healey KJ, Battaile CC |
647 - 652 |
Numerical experiments into the localization of deformation during recrystallization flow Jessell MW, Bons PD, Evans L, Piazolo S |
653 - 658 |
Development of two-dimensional vertex type model Piekos K, Tarasiuk J, Wierzbanowski K, Bacroix B |
659 - 664 |
Cellular automata simulation of the effect of nuclei distribution on the recrystallization kinetics Rios PR, Carvalho JJS, Salazar TC, Paula FVL, Castro JA |
665 - 670 |
Monte Carlo modelling of recrystallization process in cold rolled IF-Ti steel Samet-Meziou A, Gerber P, Tarasiuk J, Baudin T, Penelle R |
671 - 676 |
Simulating the topology of recrystallization in stabilized ferritic stainless steels Sinclair CW, Weygand D, Lepinoux J, Brechet Y |
677 - 682 |
Modelling the softening behaviour of commercial AlMn-alloys Sjolstad A, Marthinsen K, Nes E |
683 - 688 |
Microstructure modeling as a tool to optimize forging of critical aircraft parts Stockinger MT, Tockner J |
689 - 694 |
Position resolved in-situ X-ray observation of recrystallization and its description by self-organized criticality Wroblewski T |
697 - 706 |
Grain boundary dynamics in high magnetic fields. Fundamentals and implications for materials processing Molodov DA |
707 - 714 |
Modeling the impact of grain boundary properties on microstructural evolution Rollett AD |
715 - 726 |
Anisotropy in grain boundary thermo-kinetics: Atomic-scale computer simulations Upmanyu M, Trutt ZT, Kappes BB |
727 - 732 |
Five-parameter grain boundary character distribution in Fe-1%Si Bennett TA, Kim CS, Rohrer GS, Rollett AD |
733 - 738 |
Effect of anisotropic interfacial energy on grain boundary distributions during grain growth Gruber J, George DC, Kuprat AP, Rohrer GS, Rollett AD |
739 - 744 |
Grain boundaries with high misorientation and low mobility Ryde L, Hutchinson B, Kumano T |
745 - 750 |
New understanding of abnormal grain growth approached by solid-state wetting along grain boundary or triple junction Hwang NM |
751 - 756 |
Impact of boundary orientation on the motion of curved grain boundaries in aluminum bicrystals. Ivanov VA, Molodov DA, Shvindlerman LS, Gottstein G |
757 - 762 |
On the effect of "surface triple junction" on grain boundary motion Ivanov VA, Molodov DA, Shvindlerman LS, Gottstein G |
763 - 770 |
Magnetically driven selective grain growth in locally deformed Zn single crystals Konijnenberg PJ, Molodov DA, Gottstein G |
771 - 776 |
High angle grain boundary mobilities in a high purity single-phase Al-0.1 wt% Mn alloy Lens A, Maurice C, Driver JH |
777 - 782 |
Effect of triple junctions on grain boundary and grain growth kinetics in aluminium - 10 ppm magnesium sheet Mattissen D, Kirch D, Molodov DA, Shvindlerman LS, Gottstein G |
783 - 788 |
Crystallographic distribution of internal interfaces in spinel polycrystals Miller HM, Saylor DM, El Dasher BS, Rollett AD, Rohrer GS |
789 - 794 |
Segregation of calcium to magnesium oxide grain boundaries Papillon F, Wynblatt P, Rohrer GS |
795 - 800 |
Some features of the triple junction motion in aluminium Protasova SG, Sursaeva VG |
801 - 806 |
Athermal motion of grain boundaries, twins and triple junctions in Zn Sursaeva VG |
807 - 812 |
Grain boundary structure and its energy of < 110 > symmetric tilt boundary in copper Takata N, Ikeda K, Yoshida F, Nakashima H, Abe H |
813 - 818 |
Effects of overall grain boundary nature on localized corrosion in austenitic stainless steels Wasnik DN, Kain V, Samajdar I, Verlinden B, De PK |
819 - 824 |
In-situ observations on interphase boundary migration and grain growth during alpha/gamma phase transformation in iron alloys Watanabe T, Obara K, Tsurekawa S |
825 - 833 |
Grain boundary roughening transition Yoon DY, Cho YK, Jang HM |
835 - 840 |
Grain boundary migration of < 110 > tilt Sigma 11 and Sigma 27 boundaries in pure aluminum Yoshida F, Uehara M, Ikeda KI, Nakashima H, Abe H |
843 - 852 |
Abnormal grain coarsening and its possible relationship with particle limited normal grain coarsening Doherty R, Hoffman E, Hovanec C, Lens A |
853 - 862 |
Secondary recrystallization in grain-oriented silicon steel Ushigami Y, Kumano T, Haratani T, Nakamura S, Takebayashi S, Kubota T |
863 - 867 |
Evaluation of the austenitic grain growth by thermoelectric power measurements Capdevila C, De Cock T, Caballero FG, Garcia-Mateo C, de Andres CG |
869 - 874 |
Evolution of non-oriented silicon steel texture on recrystallization and grain growth da Cunha MA, Paolinelli SC |
875 - 880 |
Results from in-situ, real-time SEM observations of grain growth in polycrystalline metal Fielden IM |
881 - 886 |
Role of silicon content and final annealing temperature on microtexture and microstructure development in non-oriented silicon iron Hu Y, Randle V, Irons T |
887 - 892 |
Comparison of the morphological effect for the simulation of abnormal Goss grain growth in two Fe-3%Si alloys, grades Hi-B and CGO Maazi N, Rouag N, Penelle R |
893 - 898 |
Study of the texture formation during strain induced boundary migration in electrical steel sheets Murakami K, Tarasiuk J, Regle H, Bacroix B |
899 - 904 |
Sharpening of cube texture during grain growth in high purity aluminum Murakami T, Ochiai S |
905 - 910 |
Effect of copper addition on grain growth behavior of austenite in low carbon steels Nakashima K, Imakawa K, Futamura Y, Tsuchiyama T, Takaki S |
911 - 916 |
Anisotropy of grain boundary migration observed in situ by synchrotron radiation Paidar V, Lejcek P, Polcarova M, Bradler J, Jacques A |
917 - 922 |
Microstructural evidence of abnormal grain growth by solid-state wetting in Fe-3%Si steel Park H, Joo YC, Kim DY, Park JT, Kim JK, Hwang NM |
923 - 927 |
Consideration of crystallographic neighbourhood in magnetic sheets of Fe3%Si. Behaviour prediction of grain growth from the texture function Rouag N, Afer H, Penelle R |
929 - 934 |
Kinetics of austenite grain growth during a continuous heating of a niobium microalloyed steel San Martin D, Caballero FG, Capdevila C, de Andres CG |
935 - 940 |
Grain growth in Al: First results from a combined study of bulk and in-situ experiments using a columnar structured Al foil Piazolo S, Sursaeva VG, Prior DJ |
941 - 946 |
Oriented nucleation and selective growth during secondary recrystallization in ultra low carbon steels Verbeken K, Kestens L |
949 - 956 |
3D atom probe analysis on Nb and Mo segregation during recrystallisation of alpha-Fe Maruyama N, Smith GDW |
957 - 962 |
Abnormal grain growth effects on the mechanical behavior of Ni electrodeposits Arnould O, Hubert O, Hild F |
963 - 968 |
Particle evolution and grain growth during annealing of a complex multiphase Al-Sn triboalloy Cerrud SM, Schouwenaars R, Ramirez EI, Ortiz A |
969 - 974 |
Measurement of impurity concentration at grain boundaries after recrystallization Cornen M, Le Gall R |
975 - 980 |
Static recrystallization of FeAl in the presence of second phase particles : experimental and modeling investigations Guessasma S, Suzon E, Rouag N, Grosdidier T |
981 - 984 |
Introduction of second phase particle shape in Monte Carlo grain growth simulation Guessasma S, Rouag N |
985 - 990 |
Influence of particle mechanisms on kinetics of grain growth in a P/M superalloy Huda Z |
991 - 996 |
Grain boundary area, grain boundary curvature and particle pinning in an Al-1mass%Mn alloy containing Al6Mn precipitates Rios PR, Fonseca GS |
997 - 1002 |
In-situ quantification of solute effects on grain boundary mobility and character in aluminum alloys during recrystallization Taheri ML, Rollett AD, Weiland H |
1003 - 1006 |
Temporal evolution of grain size distributions in two-dimensional pinned cells Worner CH, Olguin A |
1009 - 1018 |
Finite element simulations of 3D Zener pinning Couturier G, Maurice C, Fortunier R, Doherty R, Driver JH |
1019 - 1024 |
Evolving 3D microstructures using a Genetic Algorithm Basanta D, Miodownik MA, Holm EA, Bentley PJ |
1025 - 1031 |
Capillarity-mediated grain growth in 3-D Glicksman ME |
1033 - 1038 |
Modelling Zener pinning: A comparison of different computer simulation methods Harun A, Miodownik MA, Clode MP, Holm EA |
1039 - 1044 |
Critical manifolds in polycrystalline grain structures Holm EA, Meinke JH, McGarrity ES, Duxbury PM |
1045 - 1050 |
Introducing solute drag in irregular cellular automata modeling of grain growth Janssens KGF, Holm EA, Foiles SM |
1051 - 1056 |
Grain growth microstructures as indicators of sample evolution Jessell MW |
1057 - 1062 |
Mesoscale simulation of grain growth Kinderlehrer D, Lee J, Livshits I, Rollett A, Ta'asan S |
1063 - 1068 |
Mesoscale simulation of the evolution of the grain boundary character distribution Kinderlehrer D, Livshits I, Rohrer GS, Ta'asan S, Yu P |
1069 - 1074 |
Effect of lattice anisotropy on simulations of grain boundary movement in two-dimensions Kroc J |
1075 - 1080 |
Monte Carlo modeling of cube texture evolution in Ni-tapes during grain growth Lin F, Godfrey A, Miodownik MA, Liu Q |
1081 - 1086 |
The correlation theory of 2D normal grain growth Nordbakke MW, Ryum N, Hunderi O |
1087 - 1092 |
Grain growth in films with initial 3D microstructure Novikov VY |
1093 - 1097 |
Triple junction controlled grain growth Novikov VY |
1099 - 1104 |
Recrystallisation and grain growth in batch annealed Ti-IF steels Petitgand H, Regle H, Zimmermann U |
1105 - 1110 |
Simulating the interaction between a straight boundary and a particle Radhakrishnan B, Sarma GB |
1111 - 1116 |
The Von Neumann-Mullins theory of grain growth - Valid or not?! Shvindlerman LS, Gottstein S, Rollett AD |
1117 - 1122 |
Monte Carlo method for simulating grain growth in 3 D influence of lattice site arrangements Solas D, Gerber P, Baudin T, Penelle R |
1123 - 1128 |
On the nucleation of abnormal grain growth: a 2D vertex simulation Weygand D, Lepinoux J, Brechet Y |
1129 - 1134 |
Computer simulations and statistical theory of normal grain growth in two and three dimensions Zollner D, Streitenberger P |
1137 - 1144 |
The role of recrystallization and coarsening in the formation of ultrafine grained steels through thermomechanical processing Hodgson PD, Beladi H |
1145 - 1150 |
Geometric dynamic recrystallization in alpha-zirconium at elevated temperatures Barrabes SR, Kassner ME, Perez-Prado MT, Evangelista E |
1151 - 1156 |
Dynamic recrystallization of Zircaloy-4 during working within the upper alpha-range Chauvy C, Barberis P, Montheillet F |
1157 - 1162 |
Softening mechanisms in two duplex stainless steels deformed in hot torsion Cizek P |
1163 - 1168 |
Recrystallization in 304 austenitic stainless steel Dehghan-Manshadi A, Beladi H, Barnett MR, Hodgson PD |
1169 - 1174 |
Study of nucleation mechanisms during dynamic recrystallization of a coarse Nb microalloyed austenite Fernandez-Calvo AI, Lopez B, Rodriguez-Ibabe JM |
1175 - 1180 |
Dynamic recrystallization and grain growth in a ZK60 magnesium alloy sheet produced by isothermal rolling Galiyev A, Kaibyshev R |
1181 - 1186 |
Predicting multiple peak dynamic recrystallization of copper Garcia VG, Cabrera JM, Prado JM |
1187 - 1192 |
Dynamic recrystallization of dense polycrystalline NaCl: Dependence of grain size distribution on stress and temperature ter Heege JH, de Bresser JHP, Spiers CJ |
1193 - 1198 |
The influence of chemical composition on the kinetics of dynamic recrystallization of IF austenite Lino RE, Barbosa R |
1199 - 1204 |
Geometric dynamic recrystallization in an AA2219 alloy deformed to large strains at an elevated temperature Kaibyshev R, Mazurina I, Sitdikov O |
1205 - 1210 |
Influence of TiN particles on dynamic and static recrystallization in microalloyed steels Medina SF, Vega MI, Gomez M |
1211 - 1215 |
Microstructure and texture evolution during continuous dynamic recrystallization at warm deformation of titanium. Yu MS, Salishchev GA, Zherebtsov SV |
1217 - 1222 |
Dynamic twin nucleation at grain boundary in copper bicrystal Miura H, Sakai T, Mogawa R, Goffstein G |
1223 - 1227 |
The effect of hydrogen on dynamic recrystallization in alpha-titanium alloys Murzinova MA, Salishchev GA, Afonichev DD |
1229 - 1235 |
Effect of niobiurn and titanium on the dynamic recrystallization during hot deformation of stabilized ferritic stainless steels Oliveira TR, Montheillet F |
1237 - 1242 |
Stress relaxation measurements of meta-dynamic and static recrystallization of alloy 80A Kleber S, Sommitsch C |
1243 - 1248 |
Dynamic recrystallisation of quartz Wheeler J, Jiang ZT, Prior D, Tullis J |
1251 - 1260 |
Mechanisms of grain refinement in aluminum alloys during severe plastic deformation Kaibyshev R, Mazurina I |
1261 - 1270 |
Stability of ultra-fine'grain structures' produced by severe deformation Prangnell PB, Bowen JR, Berta M, Apps PJ, Bate PS |
1271 - 1276 |
Development of an ultrafine grained ferrite in a low C-Mn steel intensely deformed under hot torsion Azevedo G, Barbosa R, Santos DB |
1277 - 1282 |
Formation of high-angle grain boundaries in iron upon cold deformation by equal-channel angular pressing Dobatkin SV, Kopylov VI, Pippan R, Vasil'eva OV |
1283 - 1288 |
Diffusion creep during grain growth in nanocrystalline metals Estrin Y, Gottstein G, Shvindlerman LS |
1289 - 1294 |
Grain growth and texture evolution during annealing of submicrocrystalline titanium produced by severe plastic deformation Malysheva SP, Salishchev GA, Mironov SY, Betsofen SY |
1295 - 1300 |
Structural evolution of IF steel during annealing after ECAP De Messemaeker J, Verlinden B, Van Humbeeck J |
1301 - 1306 |
Recrystallization and grain growth in Al-Li alloys subjected to severe plastic deformation Mizera J, Lewandowska M, Adamczyk-Cieslak B, Kurzydlowski KJ |
1307 - 1312 |
Synchrotron radiation investigation of thermal stability and grain-growth in pure and metal-doped nanocrystalline TiO2 Nicula R, Stir M, Burkel E |
1313 - 1318 |
Grain growth and texture development in nanostructured Invar alloy Kim JK, Seo JH, Park YB |
1319 - 1324 |
Thermal stability of CP-aluminium during annealing after ECAE Poortmans S, Verlinden B |
1325 - 1330 |
A recrystallisation based investigation for efficiency of processing routes during Equal Channel Angular Extrusion Suwas S, Eberhardt A, Toth LS, Fundenberger JJ, Grosdidier T |
1333 - 1338 |
Self-annealing textures of copper damascene interconnects Lee DN, Lee HJ |
1339 - 1344 |
Abnormal grain growth in electrochemically deposited Cu films Militzer M, Freundlich P, Bizzotto D |
1345 - 1350 |
Thermal stability of electrodeposited Ni and Ni-Co layers; an EBSD-study. Rasmussen AA, Gholina A, Trimby PW, Somers MAJ |
1353 - 1362 |
Laser-ultrasonics as a technique to study recrystallisation and grain growth Lindh-Ulmgren E, Ericsson M, Artymowicz D, Hutchinson B |
1363 - 1372 |
3DXRD - Mapping grains and their dynamics in 3 dimensions. Poulsen HF, Fu X, Knudsen E, Lauridsen EM, Margulies L, Schmidt S |
1373 - 1378 |
Three-dimensional micron-resolution X-ray Laue diffraction measurement of thermal grain-evolution in aluminum Budai JD, Yang M, Larson BC, Tischler JZ, Liu W, Weiland H, Ice GE |
1379 - 1384 |
Recrystallization texture and microstructure in Ni and AlMg1Mn1 determined with high-energy synchrotron radiation Klein H, Preusser A, Bunge HJ, Raue L |
1385 - 1388 |
A technique for real-time, in situ SEM observation of grain growth at elevated temperatures Fielden IM, Rodenburg JM |
1389 - 1394 |
In-situ observation of subgrain evolution during static recovery of cold-rolled aluminium. Gundlach C, Pantleon W, Lauridsen EM, Marguiles L, Doherty RD, Poulsen HF |
1395 - 1400 |
Experimental energetic balance associated to the deformation of an aluminum multicrystal and monocrystal sheet Louche H, Tabourot L |
1401 - 1405 |
In-situ EBSD investigation of recrystallization in ECAE processed copper Nowell MM, Field DP, Wright SI, Lillo TM |
1407 - 1412 |
The potential of combined in-situ heating experiments and detailed EBSD analysis in the investigation of grain scale processes such as recrystallization and phase transformation Piazolo S, Seward GGE, Seaton N, Prior DJ |
1413 - 1417 |
Application of the repere diffraction to study of special grain boundaries in recrystallized metals Slavov VI, Naumova OM, Kostylev SN, Puchkov AV |