3 - 14 |
Modelling strain induced precipitation of niobium carbonitride during multipass deformation of austenite Sellars CM, Palmiere EJ |
15 - 25 |
A new model for interpass softening based on the strain hardening rate prior to unloading Jonas JJ, Poliak EI |
27 - 37 |
A new frontier in microalloying: Advanced high strength, coated sheet steels DeArdo AJ, Garcia JE, Hua M, Garcia CI |
39 - 48 |
Grain refinement in steels through thermomechanical processing Hodgson PD, Beladi H, Barnett MR |
49 - 62 |
Thin slab direct rolling of microalloyed steels Rodriguez-Ibabe JM |
63 - 74 |
High performance bainitic steels Bhadeshia HKDH |
75 - 86 |
Precipitation of microalloy carbo-nitrides prior, during and after gamma/alpha transformation Zajac S |
87 - 96 |
New microalloyed steel applications for the automotive sector Matlock DK, Krauss G, Speer JG |
97 - 112 |
Microalloying of cold-formable multi phase steel grades Bleck W, Phiu-On K |
115 - 122 |
Effect of high temperature deformation on the hot ductility of Nb-microalloyed steel Zarandi F, Yue S |
123 - 130 |
Analysis of Mn effect on recrystallization kinetics in high Nb steels Zurob HS, Zhu G, Subramanian SV, Purdy GR, Hutchinson CR, Brechet Y |
131 - 138 |
Influence of Ti on static recrystallization in near net shape steels Arribas M, Lopez B, Rodriguez-Ibabe JM |
139 - 145 |
Strain induced precipitation in model and conventional microalloyed steels during thermomechanical processing Poths RM, Rainforth WM, Palmiere EJ |
147 - 154 |
Recrystallisation driving and pinning forces during hot rolling of a low Nb-microalloyed steel Gomez M, Medina SF |
155 - 162 |
Microstructural evolution of two medium carbon microalloyed steels during hot forging process Al Omar A, Chenaoui A, Dkiouak R, Cabrera JM, Prado JM |
163 - 170 |
Continuous casting of microalloyed steels influence of composition and operational parameters in billet surface cracking de Toledo GA, Arteaga A, Laraudogoitia JJ |
171 - 178 |
Mechanism of microstructural banding in hot rolled microalloyed steels Cai S, Boyd JD |
179 - 186 |
Evidence of strain-induced precipitation on a Nb- and N-bearing austenitic stainless steel biomaterial Giordani EJ, Jorge AM, Balancin O |
187 - 194 |
Aspects of production hot rolling of Nb microalloyed high Al high strength steels Skolly RM, Poliak EI |
195 - 202 |
Modeling of the resistance to hot deformation and the effects of microalloying in high-Al steels under industrial conditions Siciliano F, Poliak EI |
203 - 210 |
Application of deformation to improve hot ductility in the peritectic steel Rezaeian A, Zarandi F, Bai DQ, Yue S |
211 - 218 |
Problems associated with modeling interpass softening during industrial hot strip rolling Poliak EI, Jonas JJ |
221 - 227 |
Modeling of the microstructural evolution and mean flow stress during thin slab casting/direct rolling of niobium microalloyed steels Siciliano F, Leduc LL |
229 - 236 |
The microstructure evolution of Nb,Ti complex microalloyed steel during the CSP process Wang RZ, Garcia CI, Hua M, Zhang HT, DeArdo AJ |
237 - 243 |
Vanadium microalloyed steel for thin slab casting and direct rolling Li Y, Baker TN |
245 - 252 |
Optimization of rolling conditions in Nb microalloyed steel processed by thin slab casting and direct rolling route: Processing maps Uranga P, Fernandez AI, Lopez B, Rodriguez-Ibabe JM |
253 - 260 |
Processing of niobium microalloyed API grade steel on a thin slab plant Klinkenberg C, Hensger KE |
261 - 268 |
Development of X60/X70 line pipe steels through EAF-thin slab casting technology at Ezz flat steel, Ain Sukhna, Egypt Megahed GM, Paul SK, El-Bitar TA, Ibrahim F |
269 - 277 |
The development of vanadium containing steels suitable for thin slab casting Mitchell PS |
279 - 286 |
Effect of Nb and V in the development of texture and plastic strain ratio in low carbon microalloyed steels produced by AST technology Mapelli C, Venturini R, Guindani A |
287 - 294 |
Development of CSP (R) processed high strength pipe steels Reip CP, Hennig W, Kempken J, Hagmann R |
295 - 300 |
Austenite grain size of thin slab and its influence on direct hot strip rolling of Nb microalloyed steel Zhang HT, Pang GY, Wang RZ, Liu CB |
303 - 310 |
Microstructural control and DWTT toughness in thick-walled Nb-Ti-V microalloyed linepipe steels Banks KM |
311 - 320 |
Cr influence on steel microstructure and kinetics of Austenite decomposition at near-bay temperatures Samoilov A, Titovets Y, Zolotorevsky N, Hribernig G, Pichler A |
321 - 328 |
Influence of boron on dynamic recrystallization and continuous cooling transformation of high strength interstitial free steels Kim SI, Baek DJ, Lee Y, Choi SH |
329 - 338 |
Kinetics and microstructural aspects of the coupling between deformation at the austenitic state and ferrite transformation in carbon steels Lacroix S, Quidort D, Brechet Y, Veron M, Kandel M, Iung T |
339 - 346 |
Contribution to the understanding of Austenite stability in a 12Cr-9Ni-4Mo maraging steel Martin DS, van Dijk N, Yagodzinskyy Y, Bruck E, van der Zwaag S |
347 - 354 |
Microstructure evolution in fine-grained microalloyed steels Lottey KR, Militzer M |
355 - 362 |
Factors limiting the achievable ferrite grain refinement in hot worked microalloyed steels Novillo E, Cotrina E, Iza-Mendia A, Lopez B, Gutierrez I |
363 - 370 |
Processing and stability of ultrafine grained structures in some microalloy steels Pan LX, Karjalainen LP, Somani MC |
371 - 378 |
Study on ferrite intragranular nucleation in a V-microalloyed steel Medina SF, Gomez M, Chaves JI, Gomez PP, Adeva P |
379 - 386 |
In situ X-ray diffraction measurements of deformation-induced Austenite to martensite transformation in a multiphase TRIP steel Zhao L, van der Pers NM, Sietsma J, van der Zwaag S |
387 - 394 |
Characterisation and quantification of complex bainitic microstructures in high and ultra-high strength linepipe steels Zajac S, Schwinn V, Tacke KH |
395 - 402 |
Austenite decomposition in low carbon steels with microalloy additions Gomez GR, Buhler M, Perez T |
403 - 410 |
Modeling ferrite grain size distributions during the transformation of hot worked austenite Zubialde R, Lopez B, Rodriguez-Ibabe JM |
411 - 418 |
Ferrite grain size refinement in vanadium microalloyed structural steels Hernandez D, Lopez B, Rodriguez-Ibabe JM |
419 - 426 |
The kinetics of the isothermal bainite formation in 1%C-1.5%Cr steel Luzginova NV, Zhao L, Wauthier A, Sietsma J |
429 - 435 |
Multiphase steels: Structure - Mechanical properties relationships in the cold rolled and continuous annealed condition Verdeja JI, Pero-Sanz JA, Asensio J |
437 - 444 |
Development of high performance Nb-added hot rolled bainitic steels presenting a TRIP effect Georges C, Godet S, Jacques PJ |
445 - 451 |
TRIP-Assisted multiphase steels with niobium additions. Microstructures and properties Andrade-Carozzo V, Jacques PJ |
453 - 460 |
Effect of niobium on the phase transformation behavior of aluminum containing steels for TRIP products Fonstein N, Yakubovsky O, Bhattacharya D, Siciliano F |
461 - 468 |
Transformation induced plasticity (TRIP) effect used in forming of carbon CMnSi steel Kliber J, Masek B, Zacek O, Stankova H |
471 - 479 |
Advanced metallic structural materials and a new role for microalloyed steels Korchynsky M |
481 - 488 |
Precipitation strengthening in a low carbon Nb-microalloyed steel Bai DQ, Hamad F, Asante J, Hansen S |
489 - 494 |
Effect of heat treatment and microalloying on toughness of cast low carbon steel Jandova D, Kasl J |
495 - 501 |
Mechanical properties of low-temperature bainite Garcia-Mateo C, Caballero FG, Bhadeshia HKDH |
503 - 510 |
Improvement of low carbon steel properties through V-N microalloying Ali IHM, Moustafa IM, Farid AM, Glodowski RJ |
511 - 518 |
The unique features of reinforcing steel microalloyed with nitrogen and vanadium Panfilova LM, Smirnov LA, Mitchell PS |
519 - 526 |
Application of niobium in quenched and tempered high-strength steels Hulka K, Kern A, Schriever U |
527 - 534 |
Influence of composition and processing conditions on mechanical properties and fish-scale resistance of microalloyed steels for double-face vitreous enamelling Schottler J, Flaxa V, Hulka K |
535 - 542 |
Processing low and ultra-low carbon bainitic steels with excellent property combinations Suikkanen PP, Komi JI, Karjalainen LP |
543 - 550 |
Thermornechanically hot rolled high and ultra high strength steel grades - Processing, properties and application Klein M, Spindler H, Luger A, Rauch R, Stiaszny P, Eigelsberger M |
551 - 558 |
Development of low carbon microalloyed ultra high strength steels Ghosh A, Mishra B, Chatterjee S |
559 - 563 |
Application of Nb-O affinity in clean steel Imagumbai M, Kajioka H, Takechi H |
565 - 572 |
Development of NbTiB microalloyed HSLA steels for high-strength heavy plate Meuser H, Grimpe F, Meimeth S, Heckmann CJ, Trager C |
573 - 580 |
Development of low carbon microalloyed bainitic steels for structural plate applications Ormston D, Schwinn V, Hulka K |
581 - 587 |
Influence of severe accumulative rolling in a low carbon microalloyed steel Sim HS, Lee KB, Yang HR, Kwon H |
589 - 595 |
Development of process technology for vanadium containing, high-strength, low-carbon, heavy plate and its trial manufacture Belenky BZ, Smirnov LA, Srogovich IM, Mitchell PS |
597 - 604 |
Influence of deformation and coiling temperature on mechanical properties of a high strength pipeline steel Elwazri AM, Bai D, Siciliano F, Yue S |
605 - 611 |
The effect of thermomechanical processing on the structure and mechanical properties of Ni, Nb and V-bearing HSLA steels Kodjaspirov G, Sulyagin R, Rudskoy A, Apostolopoulos C |
613 - 620 |
Characterisation of bimodal grain structures and their dependence on inhomogeneous precipitate distribution during casting Chakrabarti D, Davis CL, Strangwood M |
623 - 630 |
Characterization of the interaction of the interstitial atoms with the substitutional atoms and with the dislocations in extra-mild steels through coupled use of thermoelectric power and internal friction measurements Massardier V, Le Patezour E, Thiery F, Lavaire N, Merlin J |
631 - 638 |
Low temperature solubility limit of copper in iron Perez M, Perrard F, Massardier V, Kleber X, Schmitt V, Deschamps A |
639 - 646 |
Dual-phase steels characterization using magnetic barkhausen noise measurements Hug A, Kleber X, Merlin J, Petitgand H |
647 - 654 |
Application of coercive field measurements to the evaluation of recovery and recrystallization in cold rolled interstitial free (IF) steel Martinez-de-Guerenu A, Oyarzabal M, Arizti F, Gutierrez I |
655 - 662 |
Characterization of the residual stresses in plastically deformed ferrite-martensite steels using Barkhausen noise measurements Kleber X, Hug A, Merlin J |
663 - 667 |
FE-SEM study of fine Nb precipitates in carbon extraction replicas Varano R, Elwazri AM, Siciliano F, Bai D, Gauvin R, Yue S |
669 - 676 |
Characterisation of niobium carbide and carbonitride evolution within ferrite: Contribution of Transmission Electron Microscopy and advanced associated techniques Courtois E, Epicier T, Scott C |
677 - 684 |
Characterization of strain induced precipitation of Nb in microalloyed austenite using classical and novel techniques Iparraguirre C, Fernandez AI, Lopez B, Scott C, Rose A, Kranendonk W, Soenen B, Paul G |
687 - 694 |
Effect of processing parameters on precipitation reactions occurring in a Ti-bearing IF steel Kuziak R, Hartman H, Budach M, Kawalla R |
695 - 702 |
Vanadium carbide dissolution during austenitisation of a model microalloyed FeCV steel Reyes DA, Perez M, Pecoraro S, Vincent A, Epicier T, Dierickx P |
703 - 710 |
Discussion on the rate controlling process of coarsening of niobium carbonitrides in a niobium microalloyed steel San Martin D, Caballero FG, Capdevila C, de Andres CG |
711 - 718 |
A thermodynamic database for Fe-Cr-Mn-Ni-Ti-S-C-N system Oikawa K, Mitsui H, Ishida K |
719 - 726 |
Computer simulation of C-N-V precipitates evolution based on local concentration fluctuations Aldazabal J, Garcia-Mateo C |
729 - 736 |
Cleavage initiation in Ti-V-N and V-N microalloyed forging steels Balart MJ, Davis CL, Strangwood M, Knott JF |
737 - 744 |
Effect of pearlite structure on the mechanical properties of microalloyed hypereutectoid steels Elwazri AM, Yue S |
745 - 752 |
Optimisation of V/N ratios and Stelmor cooling for Electric Arc Furnace steels used in galvanised high tensile strength wire applications Wallace A, Brownrigg A, Hodgson P, Frawley L, Heath W |
753 - 760 |
Gears and springs in niobium microalloyed steels for automotive applications Mougin J, Dierickx P, Robat D, Vernis JR |
761 - 768 |
Influence of vanadium microaddition on the microstructure and mechanical properties of high strength large diameter wire-rods Mendizabal L, Iza-Mendia A, Lopez B, Rodriguez-Ibabe JM |
771 - 778 |
Grain refinement by rapid transformation annealing of cold rolled low carbon steels Alvarez P, Lesch C, Bleck W, Petitgand H, Schottler J, Sevillano JG |
779 - 786 |
Parameters influencing the bake hardenability of microalloyed ULC steels Al Shalfan WA, Speer JG, Matlock DK |
787 - 794 |
Effect of hot band grain size on the anisotropy of warm rolled low carbon steels Sanchez-Ariaza M, Godet S, Jacques PJ, Jonas JJ |
795 - 802 |
Relationship between microstructure and texture development during the early stages of annealing in warm rolled low carbon steels Timokhina IB, Jonas JJ, Ringer SP, Bulcock S, Pereloma EV |
803 - 810 |
Influence of second phase particles on recrystallisation of cold-rolled low carbon microalloyed steels during isothermal annealing Capdevila C, De Cock T, Garcia-Mateo C, Caballero FG, de Andres CG |