3 - 10 |
Mechanical properties of metastable alloys with novel atomic configurations obtained by use of stabilization of supercooled liquid Inoue A, Kimura H, Takeuchi A |
11 - 18 |
Mechanical property - Microstructure relations in iron-carbon alloys from 1.0 to 5.2% carbon Sherby OD, Carsi M, Kim WJ, Lesuer DR, Ruano OA, Syn CK, Taleff EM, Wadsworth J |
19 - 26 |
Microstructure and mechanical property of ultra-fine (ferrite plus cementite) duplex structure in high carbon steel Maki T, Furuhara T |
27 - 34 |
Hybrid modelling methodology applied to microstructural evolution during hot deformation of aluminium alloys Sellars CM, Abbod MF, Zhu Q, Linkens DA |
35 - 42 |
Advances in the kinetic theory of carbide precipitation Bhadeshia HKDH |
43 - 48 |
Control of microstructure in TRIP steels by niobium Bleck W, Frehn A, Kechagias E, Ohlert J, Hulka K |
49 - 56 |
New challenges in the thermomechanical processing of HSLA steels DeArdo AJ |
57 - 66 |
The critical strain for dynamic recrystallization in rolling mills Jonas JJ, Poliak EI |
67 - 74 |
Strength and fracture of aluminium alloys Kobayashi T |
75 - 81 |
Properties and microstructures of a high-performance thermoelectric intermetallic compound - beta-Zn4Sb3 Zhang LT, Tsutsui M, Ito K, Inui H, Yamaguchi M |
83 - 90 |
Recrystallization texture of (123)[-6-3 4] copper single crystal cold rolled up to 99.5% Lee DN, Shin H |
91 - 98 |
Recent developments in the design and processing of gamma-based titanium aluminide alloys Appel F |
99 - 106 |
Texture, microstructure and forming of aluminum alloy sheets Barlat F, Gracio J, Yoon JW, Rauch EF |
107 - 114 |
Alloy development and associated dimensional changes of aluminium alloys during liquid phase sintering Martin JM, Castro F |
115 - 122 |
New material systems and manufacturing techniques for high strength sintered precision parts Danninger H |
123 - 130 |
Functionally graded materials produced with high power lasers De Hosson JTM, Ocelik V |
131 - 136 |
Solid state joining as a method for producing large scale billets from microcrystalline materials Kaibyshev OA |
137 - 144 |
Multifunctional coating design for high-temperature materials Lee WY, Li H, Su YF |
145 - 152 |
Some recent work on alloy and process development of Ti and TiAl-based alloys Wu XH, Hu D, Mei J, Loretto MH |
153 - 160 |
New development in magnesium technology for light weight structures in transportation industries Goken J, Bohlen J, Hort N, Letzig D, Kainer KU |
161 - 169 |
High nitrogen steel and interstitial alloying Foct J, Domain C, Becquart C |
171 - 178 |
Composites on the way to structural automotive applications Friedrich H, Kopp J, Stieg J |
179 - 184 |
Third-generation gene-activating biomaterials Hench LL, Boccaccini AR, Day RM, Gabe SM |
185 - 194 |
Thermomechanical control in aluminium sheet production Hirsch J |
195 - 200 |
Life cycle assessment of coating treatments for automotive magnesium parts Angelini E, De Benedetti B, Grassini S, Marino M |
201 - 208 |
The developing prospect of air-cooled bainitic steels Fang HS, Li Q, Bai BZ, Yang ZG, Liu DY, Yang FB |
209 - 214 |
Pt and Hf additions to NiAl bond coats and their effect on the lifetime of thermal barrier coatings Nesbitt JA, Gleeson B, Sordelet D, Barrett CA |
215 - 222 |
Limit of dislocation density and ultra-grain-refining on severe deformation in iron Takaki S |
223 - 228 |
Mechanical properties of IF steel produced by thin slab casting and direct hot rolling process Takechi H, Hashimoto S, Imagunbai M |
229 - 236 |
Friction stir welding - Recent developments Thomas WM |
237 - 244 |
Recent developments of SPD processing for fabrication of bulk nanostructured materials Valiev RZ |
245 - 250 |
Phase formation sequence map for Al-Ni-Gd glass-forming system devitrified at 250 degrees C Gao MC, Shiflet GJ |
251 - 258 |
Ti-Ni-based shape memory alloys as smart materials Otsuka K, Xu Y, Ren X |
261 - 266 |
Creep data prediction for aluminium airframe alloys Wilshire B, Burt H |
267 - 272 |
Forging studies with severe plastic deformation processed aluminum alloy 6061 Srinivasan R, Chaudhury P |
273 - 278 |
An EBSD study of sub-grain structure development in hot deformed Al-1%Mn crystals Glez JC, Driver J |
279 - 284 |
The characterization of the plastic potential of aluminum alloys using internal variables of strain rate sensitivity, mean slip distance and mean slip velocity Saimoto S |
285 - 290 |
Effects of strain rate on deformation behavior of A6061-T6 aluminum alloy Masuda T, Kobayashi T, Wang L, Toda H |
291 - 296 |
The interaction between precipitation and recrystallization during annealing of cold rolled AA6111 Go J, Poole WJ, Militzer M, Wells MA |
297 - 302 |
Removal of porosity in cast aluminium alloys by equal channel angular extrusion McKenzie PWJ, Lapovok R, Wells P, Raviprasad K |
303 - 308 |
Development of properties during secondary ageing of aluminium alloys Lumley RN, Polmear IJ, Morton AJ |
309 - 314 |
The strengthening and microstructure of precipitation hardened Al-Li-Cu alloys Fragomeni JM, Wheeler R |
315 - 320 |
Ultrasonic welding of aluminum-magnesium alloy Makoto H, Takehiko W |
321 - 326 |
Temperature effect on microstucture development in 7475 aluminum alloy during ECAP Goloborodko A, Sitdikov O, Sakai T, Miura H, Kaibyshev R |
327 - 332 |
Improved material properties for cast aluminium alloys : from the processes to life prediction modelling. Guillot I, Massinon D, Barlas B, Ovono-Ovono D |
333 - 338 |
Phase separation structure near the surface in Al-Ag binary alloys Okuda H, Yoshihara T, Ochiai S |
339 - 344 |
The effect of alloying elements on the microstructure and mechanical propertles of Al-12Si cast alloys Cho YH, Im YR, Kwon SW, Lee HC |
345 - 350 |
Environmental embrittlement of Al-Zn-Mg-Cu alloys with Cr or Zr. Satoh S, Kanno M |
351 - 356 |
Computer-aided optimization of aluminum alloys for airframe applications Sigli C, Dif R, Commet B, Warner T |
357 - 362 |
Precipitation sequence of Al-Mg-Si alloys Ikeno S, Matsuda K |
363 - 368 |
Microstructure and plastic anisotropy in rolled Al-Mg alloys. Eardley ES, Soulet A, Court SA, Humphreys FJ, Bate PS |
369 - 374 |
Anomalous tensile stability for an aluminum alloy at high temperatures and high strain rates interpreted from a dislocation dynamic view point Okazaki K, Hasegawa T |
375 - 380 |
Effect of addition of Cu on structures of metastable phases in Al-Mg-Si alloys Matsuda K, Kawabata T, Uetani Y, Ikeno S |
381 - 386 |
Grain refinement in as-cast 7475 Al alloy under hot multiaxial deformation Sitdikov O, Goloborodko A, Sakai T, Miura H, Kaibyshev R |
387 - 392 |
The obtention of homogeneous microstructures in Al-Sn-based tribological alloys. Schouwenaars R, Jacobo VH, Cerrud SM, Ortiz A |
393 - 398 |
Damage behaviours of various coarse Al-Fe-Si particles in model wrought alloys Toda H, Kobayashi T |
399 - 404 |
Lattice rotations at large second-phase particles in polycrystalline aluminum Clarke AP, Humphreys FJ, Bate PS |
405 - 410 |
Quantitative analysis of structure-strength relation of commercial purity aluminium deformed by accumulative roll bonding and annealed at low temperature Ueji R, Huang X, Hansen N, Tsuji N, Minamino Y |
411 - 416 |
Development of high damping aluminum alloys and composites using rapidly solidified powder metallurgy process Li PY, Yu HJ, Dai SL, Liu DB, Chai SC, Li YR |
417 - 422 |
Processing and characterization of porous aluminum Wen CE, Mabuchi M, Yamada Y, Shimojima K, Chino Y, Hosokawa H, Asahina T |
423 - 428 |
Precipitation hardenable Al-Mg-Cu alloys: Mechanical properties and hardening mechanisms Verlinden B, Zahra AM |
429 - 434 |
Microstructures and workability of spray-formed and cast AZ91 Mg alloys Chen CY, Tsao CYA |
435 - 440 |
Quenching and cold-work residual stresses in aluminum hand forgings: Contour method measurement and FEM prediction Prime MB, Newborn MA, Balog JA |
441 - 446 |
Compressive behavior and energy absorption of constructed cellular aluminum Yamada Y, Wen CE, Chino Y, Shimojima K, Hosokawa H, Mabuchi M, Asahina T |
447 - 452 |
Effect of the homogenisation conditions on the extrudability and high temperature fracture resistance of AA6063 aluminium alloy Lassance D, Dille J, Delplancke JL, Pardoen T, Ryelandt L, Delannay F, Ryckeboer M |
453 - 458 |
Work hardening in metals: Microscopic and macroscopic behavior through a wide range of strain Chinh NQ, Horita Z, Langdon TG |
459 - 464 |
Light alloys innovation in Australia Morton AJ |
465 - 470 |
Study of the crack sensitivity of 6xxx and 7xxx aluminum alloys Nagaumi H, Takateru U |
471 - 476 |
The effect of Si additions on the nucleation of Omega in Al-Cu-Mg alloys Gable BM, Shiflet GJ, Starke EA |
477 - 482 |
Semisolid strip casting using a vertical type twin roll caster Haga T, Takahashi K, Watari H |
483 - 488 |
In-situ, laser-ultrasonic monitoring of the recrystallization of aluminum alloys Kruger SE, Moreau A, Militzer M, Biggs T |
489 - 494 |
Development of new aluminium alloys for semisolid processing Romera R, Goni J, Coleto J, Eguizabal P, Estevan R, Sainz X, Hurtado I, Azpilgain Z, Lete I, Armendariz A, Akizu A, Wielanek L |
495 - 495 |
Thermal behaviour of hot extruded aluminium with copper phosphorus additions Cambronero LEG, Ruiz-Roman JM, Prieto JMR |
501 - 506 |
The pinning of grain boundaries during the recrystallization of an Al-0.3Mn-0.15Si alloy Huang Y, Humphreys FJ |
507 - 512 |
Semi-solid extrusion of Al-10%Mg alloy with a non-dendritic structure Uetani Y, Sueda H, Takagi H, Matsuda K, Ikeno S |
515 - 520 |
Hot working microstructure map for magnesium AZ31 Barnett MR |
521 - 526 |
Investigation of corrosion behaviour of magnesium alloy AM60B-F under pseudo-physiological conditions Levesque J, Dube D, Fiset M, Mantovani D |
527 - 532 |
Grain refinement of magnesium alloy AZ91D cast in permanent mold using mechanical vibrations Maltais A, Fiset M, Dube D |
533 - 538 |
Challenges in lost foam casting of AZ91 alloy Bichler L, Ravindran C, Machin A |
539 - 544 |
The infuence of procedure parameters on the characters of semi-solid AZ91 magnesium alloy Xie SS, Zeng XS, Jiang YX, Chen GX, Shen J |
545 - 550 |
Development of plasticity processing of magnesium alloys Zhang SH, Jin QL, Wang ZT, Li DF, Zhou WL |
551 - 556 |
Optimisation of mechanical properties of an AZ 91 alloy by microstructure control Blandin JJ |
557 - 562 |
Deformation behavior and forging of magnesium wrought alloy Hatsukano K, Matsuzaki K |
563 - 568 |
Microstructure and mechanical properties of hot-extruded AZ31 powders Matsuzaki K, Hatsuakno K, Hanada K, Shimizu T, Sano T |
569 - 574 |
Current status and manufacturing technologies of magnesium alloy parts in Japanese home electronics Nishikawa Y, Takara A |
575 - 580 |
Mechanical alloying of powder mixture of magnesium alloy chips and aluminum. Ohguchi A, Oginuma H, Yuasa E, Tsuzuki R, Kondoh K |
581 - 586 |
Microstructure of anodic films grown on magnesium-lithium-yttrium ultra light alloy Ono S, Suzuki Y, Asoh H, Hanzawa N, Hyakutake M |
587 - 592 |
Simulation of Mg sheet press cell materials Shimojima K, Mabuchi M, Chino Y, Hosokawa H, Yamada Y, Wen C |
593 - 598 |
Creep behavior and deformation substructure of Mg-Y alloys containing dilute content of zinc Suzuki M, Kimura T, Koike J, Maruyama K |
599 - 603 |
Atomic size effects on Al, Ca, and Sc in Mg solid solutions from first-principles calculations Uesugi T, Kohyama M, Higashi K |
605 - 610 |
The effect of temperature and flow stress for climb-controlled dislocation creep in magnesium alloy Somekawa H, Watanabe H, Mukai T, Higashi K |
611 - 616 |
Initial grain size effect of dynamic recrystallization of magnesium alloy AZ31 Yang XY, Miura H, Sakai T |
617 - 622 |
Mechanical properties of magnesium alloy sheets produced by semi-solid roll strip casting Watari H, Haga T, Davey K, Ona H, Izawa S, Hamano H, Iwashita T, Nakayama M |
623 - 628 |
Expendable pattern casting of AZ91D magnesium alloy Cho GS, Lee KW, Kim SK, Jo HH, Lim SC, Kim WY |
629 - 635 |
Hydrostatic extrusion of magnesium: Process mechanics and performance Sillekens WH, van Westrum JAFMS, den Bakker AJ, Vet PJ |
637 - 642 |
Microstructural evolution during hot rolling of an AZ31 Mg alloy del Valle JA, Perez-Prado MT, Ruano OA |
643 - 648 |
Titanium airframe applications: Brief history, present applications and future trends Boyer RR |
649 - 654 |
Effect of Cu-Ni plasma coating on fretting fatigue characteristics of Ti-6Al-4V under flat-on-flat contact Niinomi M, Hutson AL, Shell EB, Eylon D, Nicholas T |
655 - 660 |
Dynamic recovery and recrystallization in beta-titanium alloys Furuhara T, Toji Y, Abe H, Maki T |
661 - 666 |
Control of mechanical properties of Ti-Fe-O-N based titanium alloys by thermomechanical processing Fujii H |
667 - 672 |
Effect of microstructures on mechanical properties of heat resistant titanium alloys at elevated temperatures Suzuki A, Noda T, Okabe M |
673 - 679 |
Ultra-fine grain refinement, superplasticity and its application of titanium alloys obtained through protium treatment Yoshimura H, Nakahigashi J |
681 - 688 |
Multi functional titanium alloy "GUM METAL" Saito T, Furuta T, Hwang JH, Kuramoto S, Nishino K, Suzuki N, Chen R, Yamada A, Ito K, Seno Y, Nonaka T, Ikehata H, Nagasako N, Iwamoto C, Ikuhara Y, Sakuma T |
689 - 694 |
High temperature deformation behavior of Ti-6Al-4V alloy with Widmanstaten microstructure Kim JH, Semiatin SL, Lee CS |
695 - 700 |
Research on microstructure and mechanical properties of laser direct deposited Ti-6Al-4V alloy Gao SY, Zhang YZ, Shi LK, Wang DW |
701 - 706 |
Effect of cold rolling on the annealing texture of a near-alpha titanium Castello-Branco GA, Bacaltchuk CMB, Garmestani H |
707 - 712 |
Study on microstructure and mechanical properties of an orthorhombic Ti-Al-Nb-Ta alloy Li SQ, Mao Y, Zhang JW, Cheng YJ |
713 - 718 |
A new alpha-beta alloy, Ti-4.5Al-4Cr-0.5Fe-0.2C, solution hardened by ultra high content of carbon Oyama H, Kojima S, Ono K, Ito Y |
719 - 724 |
Deformation behavior and microstructure evolutions in Ti-6Al-4V extrusion Park NK, Yeom JT, Na YS, Lee JS, Shim IO, Hong SS |
725 - 730 |
Creep behaviour at 760 degrees C of two nickel-based single crystal superalloys Diologent F, Caron P |
731 - 736 |
Microstructural influences on notch fatigue crack initiation and propagation in a range of nickel base superalloys Reed PAS |
737 - 742 |
Change in shape of creep curves of gamma single phase Ni-20mass%Cr single crystals with decreasing stress Matsuo T, Nakamoto Y, Terada Y |
743 - 748 |
Modeling and investigation of dynamic recrystallisation in nickel-based superalloys Sommitsch C, Walter M, Wedl F, Kleber S |
749 - 754 |
Microstructural changes in a Ni-based super-alloy induced by thermal treatment Artiaga R, Varela A, Mier JL, Garcia A, Losada R, Naya S |
755 - 760 |
Small-angle neutron scattering: a tool for microstructural investigation of high-temperature materials Strunz P, Mukherji D, Gilles R, Rosler J, Wiedenmann A |
761 - 766 |
The effect of cold rolling on the grain boundary character and creep rupture properties of INCONEL alloy 718 Boehlert CJ, Civelekoglu S, Eisinger N, Smith G, Crum J |
767 - 772 |
gamma' Precipitation kinetics in P/M IN100 Wusatowska-Sarnek AM, Blackburn MJ, Aindow M |
773 - 778 |
An investigation on electromagnetic shaping and solidification behavior of supperalloys under vacuum environment Fu HZ, Shen J, Li SM, Li JS, Liu L |
779 - 784 |
Micro-mechanisms involved in rafts of crept MC2 nickel-based single crystal superalloy Benyoucef M, Legros M, Coujou A, Caron P, Calderon H, Clement N |
785 - 790 |
Creep of [011]-oriented Ni-20mass%Cr single crystals Terada Y, Yasui T, Matsuo T |
791 - 796 |
Microstructural evolutions of superalloy 718 during dynamic and metadynamic recrystallizations Thomas JP, Montheillet F, Dumont C |
797 - 802 |
Characterisation and modelling of crystal rotations during multiaxial creep in single crystal superalloys Ardakani MG, Basoalto H, Shollock BA, McLean M |
803 - 808 |
Low-stress creep of Ni-20mass%Cr single crystals with [001] orientation Tokumoto T, Terada Y, Matsuo T |
809 - 814 |
Microstructure analysis and modeling of ingot to billet conversion in alloy 718 Thompson R, Janowski GM, Carden W, Papo J, Ning HB |
815 - 820 |
Morphology of gamma' precipitates in experimental W- and Re- containing Ni-base superalloys Mukherji D, Piegert S, Rosler J |
821 - 826 |
Misfit investigations of nickel-base superalloys Gilles R, Mukherji D, Del Genovese D, Strunz P, Barbier B, Kockelmann W, Rosler J, Fuess H |
829 - 834 |
High strength galvanized wire for bridge cables Tarui T, Konno S, Takahashi T |
835 - 839 |
Microstructural elements and fracture of hardened high-carbon steels Krauss G, Matlock DK, Reguly A |
841 - 846 |
High strain rate - High strain response of an ultrahigh carbon steel containing 1.3% C and 3% Si Lesuer D, Syn C, Sherby O, Kum DW |
847 - 852 |
Fracture behavior of an ultrahigh carbon steel containing 1.3%C as influenced by microstructure and testing conditions Fernandez-Vicente A, Carsi M, Penalba F, Jimenez JA, Ruano OA |
853 - 858 |
Stress-strain rate relations in ultrahigh carbon steels deformed in the ferrite range of temperature Syn CK, Lesuer DR, Sherby OD, Taleff EM |
859 - 864 |
Mecanical properties of cementite and fabrication of artificial pearlite Umemoto M, Todaka Y, Tsuchiya K |
865 - 870 |
Hot deformation of hypereutectoid steels McQueen HJ, Imbert CAC, Sherby OD |
871 - 876 |
Mechanical properties of in-situ laminated composites based on ultrahigh carbon steels Cheng SC, Sherby OD |
877 - 882 |
Superplastic densification of ultrahigh carbon steel powder compacts Caligiuri RD, Eiselstein LE |
883 - 888 |
Innovative ultrahigh carbon steel laminates with outstanding mechanical properties Pozuelo M, Carreno F, Ruano OA |
889 - 894 |
Suppression of secondary ferrite formation by boron addition in high carbon steel wires Nagao M, Yaguchi H, Ibaraki N |
895 - 899 |
Particulate composites of white cast iron Eiselstein LE, Caligiuri RD |
901 - 906 |
Transformation behavior of carbon-unsaturated and super-cooled austenite in a high carbon alloy steel Zhao ZB, Liu C, Liu YX, Northwood DO |
907 - 912 |
Research structure forming and formation of physical-mechanical properties at thermoplastic processing of spheroidal graphite cast iron Efimenko SP, Traino AI, Yusupov VS |
913 - 918 |
A novel processing of Austempered Ductile Cast Iron (ADI) Putatunda SK, Yang JH |
919 - 924 |
Superplastic ultra-high carbon steels processed by spray forming Zhang JG, Yan B, Zhang H, Zhou CD, Lin YJ, Shi HS, Yao JS, Sun DS |
925 - 930 |
Influence of heat treatment on fatigue behavior of a Cu-Ni alloyed austempered ductile iron Yazdani S, Firouzi A |
931 - 936 |
Characterizing alloy additions to high nitrogen steels Rawers J, Tylczak J, Blankenship D, Bullard S |
937 - 942 |
Nitrogen-alloyed austenitic stainless steels for wire and cable applications Colombie V, Montserrat X, Brown G, Hendry A |
943 - 949 |
Nitrogen and carbon in austenitic and martensitic steels: Atomic interactions and structural stability Gavriljuk V, Rawers J, Shanina B, Berns H |
951 - 956 |
Effects of nitrogen on the deformation behavior of duplex stainless steel Lee HJ, Chang YW |
957 - 962 |
Thermodynamics of nitrogen absorption into solid solution in Fe-Cr-Mn ternary alloys Tsuchiyama T, Takaki S |
963 - 968 |
The dependence of activity coefficient on intensive thermodynamic parameters in a liquid Fe-N-V alloy Hutny A, Siwka J |
969 - 974 |
Thermomechanical treatment of nitrogen-containing corrosion resistant steels various structure classes Prokoshkina VG, Kaputkina LM, Lojnikov YI |
975 - 980 |
The effect of grain size on the mechanical and cavitation resistance of a high nitrogen and low nickel austenitic stainless steel Di Schino A, Salvatori I, Kenny JM |
981 - 986 |
Cycle precipitation of Fe16N2 in nitrided iron alloys Sakamoto M |
987 - 992 |
Thermomechanical strengthening of nitrogen -bearing austenitic stainless steels Kodjaspirov GE, Karjalainen LP, Gloukhov VV |
993 - 998 |
Microstructural evolution of sulfide in Fe-Cr-S alloys Mitsui H, Oikawa K, Ohnuma I, Ishida K |
999 - 1004 |
A finite element-based integrated process model for the prediction of thermo-mechanical and metallurgical behavior of stainless steel in cold strip rolling Sun CG, Lee YY, Lee YD, Hwang SM |
1005 - 1010 |
Evolution of grain boundaries and subboundaries in stainless steel during dynamic recrystallization Belyakov A, Tsuzaki K, Miura H, Sakai T |
1011 - 1016 |
Modelling primary recrystallization and grain growth in the AISI 316 stainless steel Di Schino A, Kenny JM, Abbruzzese G |
1017 - 1022 |
Influence of wire electrical discharge machining on the fatigue properties of high strength stainless steel Velterop L |
1023 - 1028 |
Creep properties and microstructures on thermo-mechanical and magnetic treated 9Cr ferritic steels Muneki S, Okubo H, Okada H, Abe F |
1029 - 1034 |
Effect of impurity sulfur on the stability of Cr oxides formed on both austenitic and ferritic steels in a high-temperature steam-atmosphere Nakai M, Murata Y, Morinaga M, Hashizume R, Sawaragi Y |
1035 - 1040 |
Two specimen complex thermal-mechanical fatigue tests on the austenitic stainless steel AISI 316 l Rau K, Beck T, Lohe D |
1041 - 1046 |
Effect of sulfur and phosphorus on ductility of as cast iron-nickel-chromium alloys, direct observations on in-situ fractured surface by AES and TEM. Le Gall R, Dazelle G, Danylova O, Witzke S |
1047 - 1052 |
Modelling the nitriding kinetics of iron-chromium alloys Schacherl RE, Graat PCJ, Mittemeijer EJ |
1053 - 1058 |
Tribological behaviour of a liquid nitrided precipitation-hardening (PH) stainless steel Pantazopoulos G, Papazoglou T, Antoniou S, Sideris J |
1059 - 1064 |
Computer models of phase separation dynamics in Fe-Cr-Mo ternary alloys Iwamoto Y, Goto K, Kuwajima T, Fukuhara E, Suwa Y, Saito Y |
1065 - 1070 |
Formation of ultra-fine grained SUS316L steels by ball-milling and their mechanical properties after neutron irradiation Zheng YJ, Yamasaki T, Terasawa M, Mitamura T, Fukami T |
1071 - 1076 |
Prediction of the flow stress curves in austenitic stainless steels Kim S, Lee YD, Yoo YC |
1077 - 1082 |
Nitride layer formation on chromium-nickel steel Baranowska J |
1083 - 1088 |
Claude Rossard, a french pioneer in the field of thermomechanical processing Montheillet F |
1089 - 1094 |
Application of the quenching and partitioning (Q&P) process to a medium-carbon, high-Si microalloyed bar steel Matlock DK, Brautigam VE, Speer JG |
1095 - 1100 |
Austenitic grain refinement in as cast HSLA steels by dynamic recrystallization Fujita N, Narushima T, Iguchi Y, Ouchi C |
1101 - 1106 |
Dilatometric measurements on the transformation behaviour of Nb-added CSiMn TRIP steels Leysen F, Penning J, Houbaert Y |
1107 - 1112 |
Improvement of creep rupture properties of heat resisting steels by the self-heating of creep cavities Shinya N, Kyono J, Laha K |
1113 - 1118 |
Swirling flow effect in immersion nozzle on heat and mass transport phenomena in continuous casting mold Yokoya S, Takagi S, Tsukaguchi Y, Iguchi M |
1119 - 1126 |
Structure and phase transformations under quenching and tempering during heat and thermomechanical treatment of steels Kaputkina LM, Kaputkin DE |
1127 - 1132 |
Influence of thermomechanical processing on microstructural evolution in Si-Mn and Al-Mn TRIP steels Manohar PA, Kunishige K, Chandra T |
1133 - 1138 |
Effects of alloy system on spontaneous reverse transformation behavior in steel Yokota T, Sato K, Niikura M |
1139 - 1144 |
Static recrystallisation-precipitation interaction in microalloyed steels Medina SF, Quispe A |
1145 - 1150 |
Advances on the characterization of high-silicon steel for electrical applications produced by thermomechanical and dipping-annealing treatment Houbaert Y, Colas R, Barros J, Ruiz D, Vandenberghe R, De Wulf M, Ros-Yanez T |
1151 - 1156 |
Study of grain boundary ferrite nucleation in V microalloyed steels by EBSD Hernandez D, Diaz-Fuentes M, Lopez B, Rodriguez-Ibabe JM |
1157 - 1162 |
New process for high-toughness linepipe material of thin slab and direct rolling Imagumbai M, Takechi H |
1163 - 1168 |
Recrystallisation nucleation during annealing of Ti-Sulc steel Van-Haaften WM, Bi Y, van Leeuwen Y, Colijn J, Howe A |
1169 - 1173 |
Ferritic-pearlitic steel with deformation induced spheroidized cementite Storojeva L, Kaspar R, Ponge D |
1175 - 1180 |
Effects of carbon content on wear property in pearlitic steels Ueda M, Uchino K, Senuma T |
1181 - 1187 |
Regression and solute drag models for the activation energy of static recrystallisation in hot-worked steels Karjalainen LP, Somani MC, Porter DA |
1189 - 1194 |
CATRAN - a multi-task physical model and computer program for the prediction of the microstructure of steels according to an arbitrary cooling schedule Samoilov A, Titovets YF, Zolotorevsky NY, Hribernig G |
1195 - 1200 |
Hot deformation of austenite at rates encountered in the finishing stages of hot strip rolling de Almeida JA, Barbosa R |
1201 - 1206 |
New developments for microalloyed heat treating steels Bleck W, Pariser G, Trute S, Klinkenberg C |
1207 - 1212 |
Effect of grain refinement and its application to commercial steels Seto K, Sakata K |
1213 - 1218 |
Effects of the addition of high nitrogen contents on the microstructure of 25%Cr-5%Ni ferritic-austenitic duplex stainless steel (DIN wr. nr. 1.4460) Machado LF, Padilha AF |
1219 - 1223 |
The influence of Al on the mechanical properties of hot rolled steel plates Mintz B |
1225 - 1230 |
Heat treatments to improve weldability of new multiphase high strength steels Cretteur L, Koruk AI |
1231 - 1236 |
Microstructural changes of cementite and ferrite in heavily drawn pearlitic wires Daitoh Y, Sano N, Hamada T, Hidaka H, Takaki S |
1237 - 1242 |
Strain-induced precipitation of Nb(CN) in low carbon steels: Modelling and experimental validation Palmiere EJ, Dutta B |
1243 - 1248 |
How to produce super-tough structural steels Leinonen JI |
1249 - 1254 |
Thermomechanically processed TS-BH hot-rolled sheet steel and its strengthening mechanism Kunishige K |
1255 - 1260 |
Investigating precipitation in microalloyed austenite during thermomechanical processing Poths RM, Rainforth WM, Palmiere EJ |
1261 - 1266 |
Theoretical study on sympathetic nucleation vs ledgewise growth of bainitic ferrite in steel Yang ZG, Yang JB, Fang HS, Bai BZ |
1267 - 1272 |
Study of the role played by nitrogen on the deep-drawing properties of aluminium killed steel sheets obtained after a continuous annealing Massardier V, Guetaz V, Merlin J, Soler M |
1273 - 1278 |
Simulation of the hot rolling of TRIP-assisted multiphase steels Godet S, Jacques PJ, Harlet P, Delannay F |
1279 - 1284 |
Grain size effect on behaviour and microstructure of a warm deformed Ti-HF steel Oudin A, Barnett MR, Hodgson PD |
1285 - 1288 |
Application of focused optic irradiation for surface treatment of commercial steels Kaputkin DE |
1289 - 1294 |
TWICE plus HOWAQ continuous annealing line: A new facility for high strengh steels production in Arcelor Group Laquerbe L, Lhoist V, Neutjens J, Harlet P |
1295 - 1300 |
A study on ultrafine ferrite formation during post deformation cooling Shokouhi A, Beladi H, Hodgson PD |
1301 - 1306 |
Sigma-phase formation upon solidification rate in heat-resistant steels Garin JL, Mannheim RL |
1307 - 1312 |
Strain induced precipitation in a multi-microalloyed steel containing Nb and Ti during RPC processing Yuan SQ, Yang SW, Shang CJ, He XL |
1313 - 1318 |
A model for niobium carbonitride precipitation in ferrite Maugis P, Goune M, Barges P, Dougnac D, Ravaine D, Lamberigts M, Siwecki T, Bi Y |
1319 - 1324 |
Sigma phase precipitation in a superferritic stainless steel Pimenta FC, Padilha AF, Plaut RL |
1325 - 1330 |
Interest of the ThermoElectric Power measurement for the study of strain ageing in Bake Hardening Steels Lavaire N, Soler M, Merlin J |
1331 - 1336 |
Effect of low carbon contents on the activation energy for plastic deformation upon steels Hernandez CA, Mancilla JE |
1337 - 1342 |
Design of novel high-strength bainitic steels Caballero FG, Bhadeshia HKDH |
1343 - 1347 |
Aqueous abrasive wear of 8620 borided steel Vite M, Carrillo JN, Aguilar J, Hilerio I, Barron MA |
1349 - 1353 |
Deep-drawable steel strip produced by ferritic rolling Elsner A, Kaspar R |
1355 - 1360 |
Micromechanical damage simulations of TRIP steels Papaefthymiou S, Bleck W, Prahl U, Acht C, Sietsma J, van der Zwaag S |
1361 - 1366 |
Microstructural characterization of multiphase steels Zaefferer S |
1367 - 1372 |
Optimisation of hot workability and control of microstructure in AISI type 304L stainless steel using a'refined' dynamic materials model processing window Rodriguez P, Mannan SL, Venugopal S |
1373 - 1378 |
A new method to determine the strain and strain rate hardening characteristics from the hot torsion test Khoddam S, Hodgson PD |
1379 - 1384 |
Effect of solidification structure and thermomechanical processing on microstructure and texture of ferritic stainless steels Salvatori I |
1385 - 1391 |
Changes in structure and properties of ferrous substrates due to silicon surface alloying by laser Cordier-Robert C, Iost A, Foct J |
1393 - 1398 |
High-temperature annealing for maximization of dissolved boron in creep-resistant martensitic 9Cr steel Abe F, Horiuchi T, Sawada K |
1399 - 1404 |
Flow stress and microstructure modelling of ferrite-pearlite steels during cold rolling Bouaziz O, Le Corre C |
1405 - 1412 |
Modelling upper and lower bainite trasformation in steels. Azuma M, Fujita N, Takahashi M, Iung T |
1413 - 1418 |
Suppression of surface hot shortness caused by copper in recycled steel Shibata K |
1419 - 1424 |
The structure variation of deformed austenite during the relaxation and the refinement of bainite in a Nb-B steel Wang XM, Shang CJ, He XL, Wang AR |
1425 - 1431 |
Hydrogen embrittlement and electrochemical corrosion behaviors of Cu-IF and microalloyed HSLA steels Misawa T, Komazaki S |
1433 - 1438 |
Critical assessment of the bainite transformation of finely grained and deformed austenite Godet S, Harlet P, Delannay F, Jacques PJ |
1439 - 1444 |
Influence of relaxation process on the microstructure and properties of low carbon bainitic steel Shang CJ, Yang SW, Wang XM, Wu HB, He XL |
1445 - 1450 |
Cold plasma discharge processes: An alternative technology for steel annealing Stockemer J, Vanden Brande P |
1451 - 1456 |
Development of an ultra-low carbon high strength welding wire Tian ZL, Ma CY, He CH, Peng Y |
1457 - 1462 |
Effect of welding thermal cycle on the microstructure and mechanical properties of ultra-fine grained carbon steel Peng Y, Tian ZL, He CH, Zhang XM, Xiao HJ |
1463 - 1468 |
High grade steel development Bott ID |
1469 - 1474 |
Development of high strength low alloy TRIP-aided steels with ultra fine grain Sugimoto K, Hayakawa A, Hashimoto S, Ikeda S |
1475 - 1480 |
A novel 1500MPa economic high strength steel Gu JL, Wei DY, Chang KD, Liu DY, Fang HS, Bai BZ, Yang ZG, Zhang WZ |
1481 - 1486 |
Effect of NbC distribution on mechanical properties in IF high strength steel with fine grain structure Ono Y, Fujita T, Nagataki Y, Urabe T, Hosoya Y |
1487 - 1492 |
Development of a fire resistant high strength low alloy steel for construction Ding H, Li L, Xiao YZ, Liu XH, Wang GD, Hu SE, Sun WH |
1493 - 1498 |
Effects of ausforming on strength and toughness in low alloy banitic/martensitic steels Sadasue T, Suzuki S, Suwa M, Mitao S, Takahashi K |
1499 - 1504 |
Influence of liquid core reduction in the microstructure of steel thin slabs Santos RG, Andrade SR, Peralta JL |
1505 - 1510 |
Martensitic and reverse transformation in Fe-Ni bicrystals Ueda M, Yasuda HY, Umakoshi Y |
1511 - 1516 |
Effect of Ti addition on mixed microstructure of allotriomorphic and bainitic ferrite in wrought C-Mn steels Cho YW, Byun JS, Shim JH |
1517 - 1521 |
A quantitative study of interphase precipitation in a commercial microalloyed steel Campos SS, Morales EV, Kestenbach HJ |
1523 - 1528 |
"High strength stainless steels manufactured by temperature controlled rolling" Kawalla R, Erkel KP, Goldhahn G |
1529 - 1534 |
Microstructural changes during stress relaxation of a deformed Nb-V microalloyed austenite Fernandez-Calvo AI, Mujika L, Rodriguez-Ibabe JM, Lopez B |
1535 - 1540 |
Evolution of austenite microstructure and precipitation state during hot rolling of a Nb-microalloyed steel Gomez M, Medina SF, Quispe A |
1541 - 1546 |
Mechanical behaviour and corrosion resistance of stainless steel cold rolled reinforcing bars Castro H, Rodriguez C, Belzunce FJ |
1547 - 1552 |
Behavioural study of a manganese steel subjected to abrasion wear and the influence of thermal treatment Varela A, Garcia A, Mier JL, Artiaga R, Barbadillo F, Garcia L |
1553 - 1558 |
Correlation between apparent activation energy for hot working and temperature of no recrystallization in microalloyed steels Radovic N |
1559 - 1564 |
Experimental and finite element modeling for prediction of optimum phase combinations in dual phase steels Al-Abbasi FM, Nemes JA |
1565 - 1570 |
A physics-based transformation model for low-carbon steels: From first principles to on-line application van Leeuwen Y, Luinenburg AW, Onink M, Sietsma J, van der Zwaag S |
1571 - 1576 |
Heterogeneous deformation behavior of pearlite steels studied by neutron diffraction Tomota Y, Kanie A, Suzuki T |
1577 - 1582 |
Criteria for weldability assessment of austenitic stainless steels Mannan SL, Shankar V |
1583 - 1588 |
Effect of prior austenite microstructure on austenite/ferrite transformation of fine grained high strength low alloy steel Bae YH, Hong SH, Lee JS, Choi JK, Choo WY |
1589 - 1598 |
Effect of the reduction assigning in two-time cold rolling IF steel sheet for drawability Liu ZNY, Liu XH, Wang GD |
1599 - 1604 |
The morphology, crystallography, and formation mechanism of grain boundary proeutectoid cementite in high carbon steels Spanos G, Hung CY, Kral MV |
1605 - 1610 |
Effect of microalloying on hot-deformation resistance during rolling Siciliano F, Imagumbai M |
1611 - 1616 |
Proposition of two parameters for a good characterisation of the austenitising condition of microalloyed steels Capdevila C, Caballero FG, de Andres CG |
1619 - 1624 |
Synthesis and characterization of Ni-Al intermetallics compounds with grain refinement emphasis Saraiva JC, Santos DB |
1625 - 1630 |
The investigation of superplasticity in NiAl intermetallic compounds Guo JT, Du XH, Qi YH, Li GS |
1631 - 1636 |
Effect of Ag alloying on microstructure, mechanical and electrical properties of NiAl intermetallic compound Guo JT, Zhou J, Li GS, Qi YH |
1637 - 1642 |
Superplasticity in large-grained intermetallics Lin DL, Hu J |
1643 - 1647 |
Interfacial reactions between gamma TiAl and CaO stabilized ZrO2 shell mould during casting Jia Q, Cui YY, Yang R |
1649 - 1654 |
The role of interfaces in plastic deformation of intermetallic alloys Paidar V |
1655 - 1659 |
The influence of microstructure and residual stress on pre-yield cracking in TiAl-based alloys Solis NM, Hu D, Loretto MH, Voice W, Preuss M, Withers PJ, Wu XH |
1661 - 1666 |
Behaviour of ordinary dislocations in crept TiAl alloys at high temperatures Malaplate J, Couret A |
1667 - 1672 |
Recrystallization texture and microstructure of an ODS Fe40Al alloy Suzon E, Wagner F, Grosdidier T |
1673 - 1678 |
High-temperature deformation behaviour of gas atomized TiAl alloy powder compacts Fauvarque JP, Thomas M, Popoff F |
1679 - 1684 |
Lamellar transformations in Ti-Al based alloys Zghal S, Thomas M, Naka S, Couret A |
1685 - 1690 |
Working of gamma TiAl alloys for turbine applications Oehring M, Lorenz U, Paul JDH, Appel F |
1691 - 1696 |
Processing of carbon containing gamma titanium aluminide alloys Paul JDH, Frobel U, Oehring M, Appel F |
1697 - 1702 |
Site preference occupation of Co and Mn in Fe3Al-based alloys Fuks D, Dorfman S, Liubich V, Kutsenko L |
1703 - 1708 |
Control of lamellar arrangement in TiAl intermetallic compound by mechanical and thermal processes Fukutomi H, Park KS, Iseki T, Takahashi T |
1709 - 1714 |
Slip systems, dislocation structure and plastic deformation behavior of Nl(3)Tl single crystals with D0(24) structure Hagihara K, Nakano T, Umakoshi Y |
1715 - 1720 |
Property enhancement of orthorhombic Ti2AlNb-based intermetallic alloys Hagiwara M, Emura S, Araoka A |
1721 - 1726 |
Semi-quantitative HRTEM for partially ordered materials: Application to Al-rich TiAl alloys Hata S, Nakano T, Higuchi K, Nagasawa Y, Kuwano N, Itakura M, Tomokiyo Y, Umakoshi Y |
1727 - 1732 |
Mechanical properties of cold-rolled NiAl thin foils Hirano T, Demura M, Kishida K, Kobayashi S, Suga Y |
1733 - 1738 |
Directional solidification of TiAl alloys for aligning lamellar microstructures and mechanical properties of directionally-solidified ingots Inui H, Johnson DR, Yamaguchi M |
1739 - 1744 |
Formation of FeAl in situ ODS alloy by mechanochemical reaction using mill scale powder and its properties Isonishi K, Ameyama K, Hayashi Y |
1745 - 1750 |
Oxidation behavior of Mo-based alloys coated with silicide using the halide-activated pack cementation method Ito K, Hayashi T, Murakami T, Yamaguchi M |
1751 - 1756 |
Effects of alpha(2) spacing on creep deformation behavior of hard oriented PST crystals of a lamellar TiAl alloy Maruyama K, Nonaka T, Matsuda J, Kim HY |
1757 - 1762 |
Effects of processing condition on properties of Ti-aluminides reinforced Ti matrix composites synthesized by pulsed current hot pressing (PCHP) Mizuuchi K, Sugioka M, Itami M, Kawahara M, Lee JH, Inoue K |
1763 - 1769 |
Selectivity of anti-phase boundary introduced in Al5Ti3 superstructure Nakano T, Nagasawa Y, Umakoshi Y, Hata S, Kuwano N, Itakura M, Tomokiyo Y |
1771 - 1776 |
Influence of the addition of Cr and Al elements to the Mo3Si intermetallic alloy on the phase construction and the oxidation behavior Ochiai S |
1777 - 1782 |
Crystal structure and thermoelectric properties of ReSi1.75 based silicides Sakamaki Y, Kuwabara K, Gu JJ, Inui H, Yamaguchi M, Yamamoto A, Obara H |
1783 - 1788 |
Identification of chirality of enantiomorphic TaSi2 crystallites by convergent-beam electron diffraction Sakamoto H, Fujii A, Inui H, Tanaka K, Yamaguchi M, Ishizuka K |
1789 - 1794 |
Enhanced densification of combustion synthesized Ni-Al or Ti-Al intermetallic compounds by third element addition Uenishi K, Kimata T, Miyazaki Y, Kobayashi KF |
1795 - 1800 |
Creep properties of Ir-based alloy with fcc+ L1(2) two-phase structure Yamabe-Mitarai Y, Harada H |
1801 - 1806 |
Orientation dependence of pseudoelasticity in Fe3Al single crystals Yasuda HY, Nakano K, Ueda M, Umakoshi Y |
1807 - 1812 |
Improvement of the oxidation resistance of EPM gamma-TiAl alloy by Y-addition Wu Y, Hwang SK, Nam SW, Kim NJ |
1813 - 1818 |
Microstructure control of DS NiAl/Ni3Al alloy by fabrication of columnar-grained NiAl martensite Kim SH, Oh MH, Wee DM |
1819 - 1824 |
High temperature oxidation of Ti-(43 similar to 52%)Al-2%W-(0 similar to 0.5%)Si intermetallics Lee DB, Shim WS, Seo DY |
1825 - 1830 |
Syntheses of metastable trialuminides by mechanical alloying Moon KI, Lee KS |
1831 - 1836 |
Effects of Si and B additions on the thermal stability of lamellar microstructure of TiAl alloys Kim SW, Lee HN, Oh MH, Yamaguchi M, Wee DM |
1837 - 1842 |
The effect of Li, Ce and Ni additions on the microstructure and the mechanical properties in the AlFe intermetallic system. Salazar M, Perez R, Rosas G |
1843 - 1848 |
Properties of gamma-TiAl-M (M = Ag, Cr) sputtered films Ramos AS, Vieira MT |
1849 - 1854 |
Strangeness of deformation behavior of intermetallics Greenberg BA, Ivanov MA |
1855 - 1860 |
Reaction sintering of an aluminium-based ternary intermetallic and its properties Liu YS, Sritharan T, Hing P |
1861 - 1866 |
On the strength of Ni3Al based compounds Kruml T, Martin JL |
1867 - 1872 |
Crystallization behavior and the thermal properties of Zr63Al7.5Cu17.5Ni10B2 bulk amorphous alloy Jang JSC, Chang LJ, Jiang YT, Wong PW |
1873 - 1878 |
Processing intermetallic sheet materials from elemental foils using cold roll bonding and reaction annealing Acoff VL, Chaudhari G |
1879 - 1884 |
Effect of silicon on the thermal properties of the zirconium-based bulk amorphous alloys Jang JSC, Chen MT, Chen YW, Yea MC, Chung ST, Wu W |
1885 - 1890 |
Microscale characterization of deformation defects in bulk intermetallics alloys using electron channeling contrast imaging Crimp MA, Simkin BA, Ng BC, Mason DE, Bieler TR |
1891 - 1896 |
Transient liquid phase bonding of intermetallic compounds Gale WF |
1897 - 1901 |
Sintering behavior of iron aluminide powders Gedevanishvili S, Deevi SC |
1903 - 1908 |
Discovery of critical oxygen content for glass formation in Zr80Pt20 melt spun ribbons Sordelet DJ, Rozhkova EA, Yang XY, Kramer MJ |
1909 - 1914 |
Effect of chromium addition on the properties of a fine-grained PM Ni3Al alloy Perez P, Ruiz-Chica J, Garces G, Adeva P |
1915 - 1920 |
Superplastic behavior of hot extruded gamma TiAl (Mo, Si) alloys Jimenez JA, Carsi M, Ruano OA, Frommeyer G, Knippscher S, Wittig J |
1921 - 1926 |
Nanocrystalline microstructures produced by twinning during superplastic deformation of a gamma-TiAl intermetallic Munoz-Morris MA, Morris DG |
1927 - 1932 |
Mechanosynthesis of an Fe-Ni melt-spun amorphous alloy under different milling conditions Sunol JJ, Gonzalez A, Bruna P, Pradell T, Clavaguera N, Mora MT |
1933 - 1938 |
Processing of gamma TiAl, by ceramic crucible induction melting, and pouring in ceramic shells Barbosa J, Ribeiro CS, Monteiro C |
1939 - 1944 |
Reaction rate and mechanism in the formation of rare earth - Transition metal compounds Tanabe T, Yamamoto S |
1945 - 1950 |
Glass formation in eutectic alloys Ma D, Zhang Y, Tan H, Li Y |
1951 - 1956 |
Liquid phase sintering of WC-FeAl and WC-Ni3Al composites with and without boron. Ahmadian M, Wexler D, Calka A, Chandra T |
1957 - 1962 |
Fabrication of nickel-aluminides fiber/nickel composite by reaction at narrow holes Watanabe Y, Goto T |
1965 - 1970 |
Synthesis of magnesium-particulate composites by thermomechanical processing Kaneko J, Yamazaki A, Sugamata M, Blaz L |
1971 - 1978 |
Processing and properties of metal matrix composites synthesized by SHS Hannula SP, Lintula P, Lintunen P, Lindroos T |
1979 - 1984 |
Investigations of new oxide dispersion hardened platinum materials in laboratory tests and industrial applications Merker J, Fischer B, Volkl R, Lupton DF |
1985 - 1990 |
Time-temperature dependences of fracture toughnesses of epoxy resin and silica particulate-filled epoxy composite Araki W, Adachi T, Yamaji A |
1991 - 1996 |
In situ multilithc metal matrix composites produced by codeformation processing Marte JS, Zahrah T, Kampe SL |
1997 - 2002 |
Microstructures for high precision cemented carbide micro-die machined by FIB Hosokawa H, Shimojima K, Mabuchi M, Kawakami M, Sano S, Terada O |
2003 - 2008 |
Casting of composite material strip using a downward melt drag twin roll caster Haga T, Takahashi A |
2009 - 2014 |
Process improvement for investment casting of SiCp/AZ91D magnesium composite Kim SK, Jo HH, Lim SC, Kwon HC, Han BS, Kim YJ |
2015 - 2019 |
Material mechanical properties and microstructure of magnesium alloy matrix composites fabricated by casting process Sasaki G |
2021 - 2026 |
Electromagnetic wave absorption properties of amorphous alloy-epoxy composites Lim KM, Kim MC, Park CG |
2027 - 2032 |
Effect of thermal treatment on thermal expansion behaviour of magnesium alloy based hybrid composites Thakur SK, Dhindaw BK, Hort N, Kainer KU |
2033 - 2038 |
Synthesis of TiC/Ni cermets via mechanically activated self-propagating high-temperature synthesis. Dubois S, Heian E, Karnatak N, Beaufort MF, Vrel D |
2039 - 2044 |
Deformation behavior of 7075Al/SICP composite during multi- pass deformation at high temperatures Chandra T, Cabrera JM, Prado JM |
2045 - 2052 |
Steel reinforced thermoplastics Dekeyser W, Lefever I |
2053 - 2058 |
Determination of the interfacial bond strength for composite materials Li DY |
2059 - 2064 |
Computer-assisted design of Nb-based in-situ composites and superalloys Chan KS |
2065 - 2070 |
Sliding wear behavior of TiB2 nanoparticle reinforced copper matrix in-situ composites under electric current Rong W, Tu JP, Gu SY |
2071 - 2075 |
Development of a new composite product from blast furnace slag Francis AA, Shoeib MA |
2077 - 2082 |
Wear and mechanical properties of reaction synthesized Ti-6Al-4V/TiC composite Chung H, Kim YH, Yang DW, Ahn JH, Kim YJ |
2083 - 2088 |
Study of the Coefficients of Thermal Expansion of phases embedded in multiphase materials Freour S, Gloaguen D, Francois M, Guillen R |
2089 - 2094 |
Internal stress reduction in filament wound composite pipes by humid conditioning: numerical simulation Jacquemin F, Vautrin A, Guillen R |
2095 - 2100 |
A novel high profit recycling technology for sic particle reinforced magnesium composites Ha W, Kim SK, Jo HH, Kim MG, Kim YJ |
2101 - 2106 |
Preparation and characterization of hydroxyapatide powder/poly(Acrylamide/Itaconic acid) composite hydrogel Chen KS, Yang MR, Ku YA, Chen TM, Lin FH |
2107 - 2112 |
Creep model for multidirectional short fiber reinforced metal matrix composite Wanner A, Garces G |
2113 - 2118 |
A study on the improvement of the toughness in Al-Cu-Fe quasi-crystals Koo JM, Hur SK, Shin K, Bae JS |
2119 - 2124 |
Thermal cycling of Mg-MMCs Kumar S, Ingole S, Dieringa H, Kainer KU |
2125 - 2131 |
Combustion synthesis of copper matrix (Ti,W)C reinforced composites Saidi A, Zarrinfar N |
2133 - 2138 |
A multi-scale continuum for damaged fibre composites Trovalusci P |
2139 - 2144 |
Development of aluminium composites through P/M route: Case of nitrides Amigo V, Busquets D, Gomez L, Ortiz JL |
2145 - 2150 |
Characterisation of orthorhombic (Ti25Al25Nb)/SiC intermetallic composites for advanced space applications Coleto J, Goni J, Egizabal P, de Cortazar MG, Lilly G, Sainz X, Pambaguian L |
2151 - 2156 |
Novel electronic packages made of highly loaded SiC particle aluminium based composites for space applications Coleto J, Maudes J, Goni J, Marcos J, Calvin J, Costas F |
2157 - 2161 |
Ventilated brake discs manufactured in aluminium matrix composites and hypereutectic aluminium alloys Goni J, Coleto J, Eguizabal P, Rubio A, Garcia A, Sanchez J |
2163 - 2168 |
Study of a curing reaction of an epoxy resin Barbadillo F, Losada R, Suarez M, Mier JL, Garcia L, Naya S |
2169 - 2174 |
Thermal conductivity estimation in continuous fiber metal matrix composites with random distributions Alcaraz D, Moreno JA, Alhama F |
2175 - 2180 |
New aluminium matrix composites manufactured by an in-situ process LePetitcorps Y, Zanardo N, Albingre L, Imielinska K, Coleto J, Goni J, Egizabal P |
2181 - 2186 |
Pressure infiltration of silver into compacts of oxidised SiC Molina JM, Garcia-Cordovilla C, Louis E, Narciso J |
2187 - 2192 |
Thermal expansion coefficient and thermal hysteresis of Al/SiC composites with bimodal particle distributions Arpon R, Molina JM, Saravanan RA, Garcia-Cordovilla C, Louis E, Narciso J |
2193 - 2198 |
Effect of plastic deformation on the microscopic residual stresses in 6061Al-15vol%SiCw composites Fernandez R, Bruno G, Peng RL, Gonzalez-Doncel G |
2199 - 2204 |
Processing and properties of Cu matrix composites for microelectronic application Kim YJ, Ahn JH, Chung H |
2207 - 2212 |
Compression and compress ion-compression cyclic deformation properties of ferromagnetic Ni2MnGa-based shape memory alloy Kira T, Murata K, Shimada T, Jeong SJ, Inoue S, Koterazawa K, Inoue K |
2213 - 2218 |
Deposition of Fe-Pd ferromagnetic shape memory alloy thin films by sputtering and their shape memory behavior Inoue S, Namazu T, Fujita S, Koterazawa K, Inoue K |
2219 - 2224 |
Martensitic transformation of partially iradiated Ni-Ti films, resulting in a new technique for designing microacuators LaGrange T, Gotthardt R |
2225 - 2230 |
Effect of geometric factor on characteristics in multilayer ceramic actuators Song JS, Jeong SJ |
2231 - 2236 |
Theoretical interpretation of adhesion phenomena and its application to micro-manipulation Takahashi K, Onzawa T |
2237 - 2242 |
Characteristics of electronic structures and chemical bonding in hydrogen-storage compounds Morinaga M, Yukawa H |
2243 - 2248 |
Molecular dynamic simulation of AFM-based nano lithography process for fabrication of MEMS components Kim YS, Yang SH, Kim CI, Lee SS |
2249 - 2254 |
Fabrication and development of electroactive ionic polymer-metal composites and their applications as smart materials Kim KJ |
2255 - 2260 |
Constitutive response of polycrystalline shape memory alloys Saxena A, Ahluwalia R, Lockman T, Albers RC |
2261 - 2266 |
Neutron diffraction study of shape memory effect of Ni2MnGa-type alloys Inoue K, Yamaguchi Y, Noda Y, Ohoyama K, Kimura H, Enami K |
2267 - 2272 |
Phase transformation of B2-PtTi with Ir Yamabe-Mitarai Y, Hara T, Hosoda H |
2273 - 2278 |
Training of magnetic shape memory alloys Gharghouri MA, Elsawy A, Hyatt CV |
2279 - 2283 |
Fabrication and thermal expansion of Al-ZrW2O8 composites by pulse current sintering process Matsumoto A, Kobayashi K, Nishio T, Ozaki K |
2285 - 2290 |
Recent progress of magnetically controlled shape memory materials Jiang BH, Zhou WM, Liu Y, Qi X |
2291 - 2296 |
Twinning and detwinning of < 011 > type II twins in NiTi shape memory alloy Xie ZL, Liu Y |
2297 - 2302 |
Screen printing of carbon nanotubes for display applications Lee DG, Yi M, Jung H, Seo WS, Park JW, Chun HT, Koh NJ |
2303 - 2307 |
Effect of pre-strain on shape memory strain and recovery stress of Ni-50ATi shape memory alloy Jin W, Cao MZ |
2309 - 2314 |
Conversion of variants by magnetic field in iron-based ferromagnetic shape memory alloys Kakeshita T, Fukuda T |
2315 - 2320 |
Martensitic transformations in NiTi polycrystals investigated by in-situ neutron diffraction Sittner P, Lukas P, Neov D, Lugovyy D |
2321 - 2326 |
Near net shape, low cost ceramic valves for advanced engine applications Pidria M, Merlone E, Parussa F, Handelsman J, Gorodnev A |
2327 - 2332 |
Shape recovery of Ni-Ti alloy fiber-reinforced denture base resin by smart repair process Hamada K, Kawano F, Asaoka K |
2333 - 2338 |
Phase stability and mechanical properties of Ti-Ni shape memory alloys containing platinum group metals Hosoda H, Tsuji M, Takahashi Y, Inamura T, Wakashima K, Yamabe-Mitarai Y, Miyazaki S, Inoue K |
2339 - 2344 |
Protein motors: Their mechanical properties and application to nanometer-scale devices Oiwa K |
2345 - 2350 |
Voltage criterion for electrostatic detachment of a microparticle from a micromanipulated probe Saito S, Himeno H, Takahashi K, Onzawa T |
2351 - 2356 |
Processing and properties of mechanical alloyed Al93Fe3Cr2Ti2 alloys Shaw L, Luo H, Villegas J, Miracle D |
2357 - 2362 |
Dynamic shock compaction of nanocrystalline bulk magnetic and thermoelectric materials Thadhani NN |
2363 - 2368 |
Non-equilibrium properties of nano structured materials Yamazaki Y, Gleiter H, Wu CX, Zhong-can OY |
2369 - 2374 |
A study of nanoindentation of nanostructured materials Short K, Wuhrer R, Collins G, Yeung WY |
2375 - 2380 |
Preparation and mechanical properties of nanocrystalline bulk materials by spark plasma sintering process Ichikawa K, Murakami T, Nakayama Y, Miyamato S, Tokita M |
2381 - 2386 |
Study on the magnetic properties and microstructure of Nd-Fe-B nanocomposite permanent magnets Chen XY, Jiang ZL, Zhang L, Chen Y, Bai FM, Chen HM, Zhu J |
2387 - 2391 |
Bulk nanocrystalline NiAl material prepared by self-propagating high temperature synthesis casting at low external temperature La PQ, Xue QJ, Liu WM |
2393 - 2398 |
Calculation of the free energy barrier in the freezing of nanoclusters by atomistic simulations Nam HS, Hwang NM, Yu BD, Kim DY, Yoon JK |
2399 - 2404 |
First-principle study on the reactions and dynamical electronic characteristics of electromigration on aluminum nanowires Kawakami Y, Kikura T, Doi K, Nakamura K, Tachibana A |
2405 - 2410 |
Effect of Mo-doping on the sol-gel prepared catalysts for synthesizing multi-wall carbon nanotube bundles Yang XF, Zhang XB, Ning YS, Kong FZ, Shen LH, Wang YW |
2411 - 2416 |
Synthesis and processing of metallic nano-powders for the study of their mechanical and magnetic properties Champion Y, Bonnentien JL, Langlois C, Duhamel C, Moulin J, Mazaleyrat F, Bayle-Guillemaud P, Hytch MJ |
2417 - 2422 |
Bulk nanostructured aluminium alloy Al93Fe3Cr2Ti2: Processing and characterisation Chlup Z, Todd I, Garcia-Escorial A, Lieblich M, Chlupova A, O'Dwyer JG |
2423 - 2427 |
Quantum sized chromophores in vanadium ceramic pigments Monros G, Garcia A, Sorli S, Benet P, Tena MA |
2429 - 2434 |
Influence of the strain rate on the mechanical behaviour of a nanocrystalline Mg-23.5Ni alloy Perez P, Sommer F, Adeva P |
2437 - 2442 |
The isothermal oxidation response of a gamma-titanium aluminide alloy Craft J, Hampikian JM, Johnson WS |
2443 - 2448 |
Laser-induced surface modification in A319Al alloy Nayak S, Dahotre NB |
2449 - 2452 |
Surface modification of dilute Mo-Ti alloys by gas carburization Nomura N, Nagae M, Takada J, Hiraoka Y, Yoshio T |
2453 - 2458 |
Effects of bond coat processing on the durability of thermal barrier coatings Yanar NM, Pettit FS, Meier GH |
2459 - 2465 |
Understanding the formation of DC plasma sprayed coatings Fauchais P, Vardelle M |
2467 - 2472 |
High properties metallic alloys obtained through the thermal spray route Coddet C, Verdy C, Dembinski L, Grosdidier T, Cornu D, Garcia JC |
2473 - 2478 |
On production of nanocrystalline ternary nitride coatings via magnetron sputtering Wuhrer R, McCredie G, Yeung WY |
2479 - 2484 |
Mechanism, modeling and application of laser large area surface modification Yang XC, Wang YS, Wang JJ |
2485 - 2490 |
Copper deposition and subsequent grain structure evolution in narrow lines Brongersma SH, D'Haen J, Vanstreels K, DeCeuninck W, Vervoort I, Maex K |
2491 - 2496 |
Application of electroless coating for processing and joining of advanced materials Brochu M, Leon CA, Drew RAL |
2497 - 2502 |
Modification of fatigue and creep properties of ferritic stainless alloys using plama immersion ion implantation Tjong SC |
2503 - 2508 |
Improvement of high temperature corrosion resistance of tool steels by nanostructured PVD coatings Steyer P, Mendibide C, Millet JP, Mazille H |
2509 - 2514 |
Electrolytic Al2O3/ZrO2 coating on Co-Cr-Mo implant alloys Yen SK, Wu SJ, Wu CH |
2515 - 2520 |
Possibility of repairing damaged die casting die surfaces using CO2 laser surfacing Grum J, Slabe JM |
2521 - 2526 |
Microstructure and residual stress analysis after laser cladding of low-carbon steel with powdery SiC, STELLITE 6, and STELLUNDUM 481 Grum J, Znidarsic M |
2527 - 2531 |
How creep properties influence the stress state of thermal barrier coatings Baker M, Rosler J |
2533 - 2538 |
Deposition/detachment of particles on plasma treated polymer surfaces Lehocky M, Lapcik L, Neves MC, Trindade T, Szyk-Warszynska L, Warszynski P, Hui D |
2539 - 2544 |
Development of solid oxide fuel cells (SOFC) for stationary and mobile applications by applying plasma deposition processes Schiller G, Henne R, Lang M, Muller M |
2545 - 2550 |
M3B2 boride cermet coating by sintered powder Hamashima K |
2551 - 2556 |
Research progress on laser cladding for high-temperature wear and corrosion resistant transition metal silicides composite coatings Wang HM, Lu XD, Liu YF, Duan G, Cai LX, Wang CM |
2557 - 2562 |
Oxidation behavior of Cr-doped Nb(Si,Al)(2) and coating Nb substrates with Cr-doped Nb(Si,Al)(2) Murakami T, Sasaki S, Ito K, Inui H, Yamaguchi M |
2563 - 2568 |
Surface engineering of titanium alloys: New prospective applications Wierzchon T |
2569 - 2574 |
The characteristcs of TiCrN film prepared by the dynamic ion beam mixing method Nagasaka H, Yamakawa T, Kataoka T, Kakutani M, Takeuchi T, Murakami Y, Fujita Y |
2575 - 2580 |
Laser surface treatment of sintered M42 high-speed steel diluted with iron Otasevic M, Colaco R, Ruiz-Navas EM, Gordo E, Vilar R |
2581 - 2586 |
Oxidation resistance coating for niobium base structural composites Tabaru T, Shobu K, Kim JH, Hirai H, Hanada S |
2587 - 2592 |
The influence of surface preparation on the properties of tungsten carbide coatings produced by gas-detonation method Sobiecki JR, Ewertowski J, Babul T, Wierzchon T |
2593 - 2598 |
Hot corrosion behavior of yttria and ceria stabilized ZrO2 thermal barrier coatings Park SY, Kim JH, Park CG, Kim MC, Song HS |
2599 - 2604 |
How to select induction surface hardening and finished grinding conditions in order to ensure high compressive residual stresses on machine parts surface Grum J |
2605 - 2610 |
Formation of super-hard modified surface by reactive electrical discharge machining Tsunekawa Y, Elumba N, Okumiya M |
2611 - 2616 |
Surface modification by duplex process consisted of radical nitriding and PVD Yakushiji M, Ikenaga M, Ishii Y |
2617 - 2622 |
Duplex treatment for improvement of the die performance Kim GS, Lee SY, Lee SY, Hahn JH |
2623 - 2628 |
Wear behaviour of HVOF thermal sprayed WC-Co and CrC-NiCr coatings Forn A, Picas JA, Matthaus G |
2631 - 2636 |
Developing ultrafine-grained microstructures through the use of severe plastic deformation Furukawa M, Horita Z, Zhilyaev AP, Langdon TG |
2637 - 2642 |
Microstructural control of a precipitate-hardenable Al-Ag alloy using severe plastic deformation Ohashi K, Fujita T, Oh-ishi K, Kaneko K, Horita Z, Langdon TG |
2643 - 2648 |
Microstructure evolution and mechanical properties in Al-Mg alloys during severe deformation by ECAP and during subsequent annealing Munoz-Morris MA, Oca CG, Doncel GG, Morris DG |
2649 - 2653 |
Ultra grain refinement of aluminium 1100 by ARB with cross rolling Kaneko S, Fukuda K, Utsunomiya H, Sakai T, Saito Y, Furushiro N |
2655 - 2660 |
Influence from extrusion parameters on high strain rate and low temperature superplasticity of AZ series Mg-based alloys Wang YN, Lee CJ, Huang CC, Lin HK, Huang JC |
2661 - 2666 |
Investigation of texture in ECAP materials using neutron diffraction Vogel SC, Alexander DJ, Beyerlein IJ, Bourke MAM, Brown DW, Clausen B, Tome CN, Von Dreele RB, Xu C, Langdon TG |
2667 - 2672 |
Mechanical properties as a function of grain size in ultrafine grained aluminum and iron fabricated by ARB and annealing process Tsuji N, Okuno S, Matsuura T, Koizumi Y, Minamino Y |
2673 - 2679 |
Development of nano-structured 1200 and 3103 aluminum alloys by equal channel angular pressing Cabibbo M, Evangelista E, Latini V, Nes E, Tangen S |
2681 - 2685 |
Ultra grain refinement of 1100 aluminium strip by tandem rolling Utsunomiya H, Souba R, Sakai T, Saito Y |
2687 - 2691 |
Comparison between methods to characterize the superplastic materials Carrino L, Giuliano G, Napolitano G |
2693 - 2698 |
Microstructure and mechanical properties of interstitial free steel subjected to equal channel angular extrusion Gazder A, Timokhina L, Pereloma E |
2699 - 2704 |
On the increase of thermal stability of ultrafine grained materials obtained by severe plastic deformation Dobatkin SV |
2705 - 2710 |
Properties of annealed high strength steels deformed by repetitive side extrusion process Aoki K, Kimura Y, Asada Y, Azushima A |
2711 - 2716 |
An investigation of deformation in aluminum single crystals using equal-channel angular pressing Furukawa M, Fukuda Y, Oh-Ishi K, Horita Z, Langdon TG |
2717 - 2722 |
Microstructural change during mechanical milling treatment in Fe-C alloy powders with different initial microstructure Hidaka H, Tsuchiyama T, Takaki S |
2723 - 2728 |
Microstructural changes in copper processed by Equal Channel Angular Extrusion and static annealing Guo Z, Solas D, Etter AL, Baudin T, Penelle R |
2729 - 2734 |
Enhanced superplasticity in zirconia-alumina-spinel composite ceramic Kim BN, Hiraga K |
2735 - 2740 |
Superplasticity of fine-grained AZ 91 alloy processed by rotary-die equal-channel angular pressing Ma A, Lim SW, Nishida Y, Nagase M, Saito N, Shigematsu L, Watazu A |
2741 - 2746 |
High strength and good plasticity of L1(o), ordered alloys provided by preliminary strong cold deformation Greenberg BA, Kruglikov NA, Volkov AY |
2747 - 2752 |
Microstructure and thermal stability of tungsten based materials processed by means of Severe Plastic Deformation Vorhauer A, Pippan R |
2753 - 2758 |
Fabrication of surface nanocrystalline aluminum alloys Sato M, Tsuji N, Minamino Y, Koizumi Y |
2759 - 2764 |
Crystal plasticity model of microstructure formation at severe strain Furst T, Kratochvil J, Sedlacek R |
2765 - 2770 |
Thermomechanical treatment of Ti-Ni-based shape memory alloys using severe plastic deformation Khmelevskaya IY, Trubitsyna IB, Prokoshkin SD, Dobatkin SV, Tatyanin EV, Stolyarov VV, Prokofjev EA |
2771 - 2776 |
Development of submicrocrystalline Fe-Osteels under mechanical milling followed by consolidation Tsuzaki K |
2777 - 2782 |
Multi equal channel angular pressing with rotational dies Kim YH, Ma X, Hodgson PD, Barnett MR |
2783 - 2788 |
High strain rate superplasticity of ulitrafine grained 5083 Al-0.2 wt.% Sc fabricated by ECAP Park KT, Oh YJ, Shin DH |
2789 - 2794 |
Formation of sub-micron structure for a Ti alloy Yang LY |
2795 - 2800 |
Deformation structure and crystal orientation of copper single crystals deformed by equal channel angular pressing Miyamoto H, Erb U, Koyama T, Mimaki T, Vinogradov A, Hashimoto S |
2801 - 2806 |
Bulk nanostructured steels (BCC), Al alloys (FCC) and pure Ti (HCP) processed by equal channel angular pressing Shin DH, Kim J, Oh YJ, Park KT |
2807 - 2812 |
Influence of ECAP modes on texture and microstructure evolution of aluminium and copper Kusnierz J |
2813 - 2818 |
Ion irradiation effect on superplastic 3Y-TZP ceramics Shibata T, Ishihara M, Motohashi Y, Baba S, Sakuma T, Hoshiya T |
2819 - 2824 |
Microstructures of nickel deformed by high pressure torsion to high strains Huang X, Winther G, Hansen N, Hebesberger T, Vorhauer A, Pippan R, Zehetbauer M |
2825 - 2830 |
Effect of backpressure on the structure and properties of Al-based alloys processed by ECAP Stolyarov VV, Lapovok R |
2831 - 2836 |
The effects of sandglass extrusion on material microstructures and properties Lu WL, Wang Y, Hai JT |
2837 - 2842 |
Proposals of novel surface modification technology using friction stir welding phenomenon Shinoda T, Kawai M |
2843 - 2848 |
Microstructural modification and resultant properties of friction stir processed cast NiAl bronze Mahoney MW, Bingel WH, Sharma SR, Mishra RS |
2849 - 2854 |
Improvements to the FSW process using the Self-Reacting technology Skinner M, Edwards RL |
2855 - 2860 |
Laser treatment method for improvement of the corrosion resistance of friction stir welds Williams S, Ambat R, Price D, Jariyaboon M, Davenport A, Wescott A |
2861 - 2866 |
SEM-EBSD characterisation of the deformation microstructure in friction stir welded 2024 T351 aluminium alloy Karlsen M, Frigaard O, Hjelen J, Grong O, Norum H |
2867 - 2872 |
The effect of thermal treatments on the corrosion behavior of friction stir welded 7050 and 7075 aluminum alloys Lumsden J, Pollock G, Mahoney M |
2873 - 2878 |
Friction stir welding of Al2O3 particulate 6061 Al alloy composite Nakata K, Inoki S, Nagano Y, Ushio M |
2879 - 2884 |
Thin section airframe alloy welding within WAFS Lohwasser D |
2885 - 2890 |
The influence of friction stir processing on microstructure and properties of a cast nickel aluminum bronze material Oh-ishi K, Cuevas AM, Swisher DL, McNelley TR |
2891 - 2896 |
Microstructural modification of cast aluminum alloys via friction stir processing Ma ZY, Sharma SR, Mishra RS, Mahoney MW |
2897 - 2902 |
High speed friction stir welding of aluminium panels for transport applications Midling OT |
2903 - 2908 |
Friction-stir processing of a high-damping Mn-Cu alloy used for marine propellers Lynch SP, Edwards DP, Majumdar A, Moutsos S, Mahoney MW |
2909 - 2914 |
Investigation of the use of friction stir processing to repair and locally enhance the properties of large NiAl bronze propellers Palko WA, Fielder RS, Young PF |
2915 - 2920 |
Residual stresses, defects and fatigue cycling in friction stir butt welds in 5383-H321 and 5083-H321 aluminium alloys James MN, Bradley GR, Hattingh DG, Hughes DJ, Webster PJ |
2921 - 2926 |
Microstructural and mechanical evolutions within friction stir welds of precipitation hardened aluminium alloys Denquin A, Allehaux D, Campagnac MH, Lapasset G |
2927 - 2932 |
Thermomechanical conditions and resultant microstructures in friction stir welded 2024 aluminum Heurtier P, Jones MJ, Desrayaud C, Driver JH, Montheillet F |
2933 - 2939 |
Improved fatigue performance of friction stir welds with low plasticity burnishing: Residual stress design and fatigue performance assessment Prevey P, Mahoney M |
2941 - 2946 |
Microstructure and properties of aluminum alloys friction stir welds for aircraft application Ehrstrom JC, Bigot A, Cervi L, Gerard H |
2947 - 2952 |
Effect of friction stirring on microstructure in equal channel angular pressed aluminum alloys Sato YS, Urata M, Kokawa H, Ikeda K |
2953 - 2958 |
Joint properties and thermal behaviors of friction stir welded age hardenable 6061Al alloy Chang WS, Bang HS, Jung SB, Yeon YM, Kim HJ, Lee WB |
2959 - 2964 |
Utility of relatively simple models for understanding process parameter effects on FSW Reynolds AP, Khandkar Z, Long T, Tang W, Khan J |
2965 - 2970 |
Friction stir welding of T-joints Erbsloh K, Donne CD, Lohwasser D |
2971 - 2977 |
Development of friction stir forming Nishihara T |
2979 - 2985 |
Friction stir processing of aluminum alloy 5083 plate for cold bending Vaze SP, Xu JD, Ritter RJ, Colligan KJ, Fisher JJ, Pickens JR |
2987 - 2992 |
Investigation of the microstructure and properties of a friction stir welded Al-Mg-Sc alloy Lapasset G, Girard Y, Campagnac MH, Boivin D |
2993 - 2998 |
Numerical simulation of friction stir welding Lawrjaniec D, Abisror A, Decker C, Kocak M, Dos Santos J |
2999 - 3004 |
Microstructural evolution in Ti-6Al-4V friction stir welds Ramirez AJ, Juhas MC |
3005 - 3010 |
Friction welding of AZ31 magnesium alloy Tsujino R, Kawai G, Ochi H, Yamaguchi H, Ogawa K, Suga Y |
3011 - 3016 |
Grade development of polycrystalline cubic boron nitride for friction stir processing of ferrous alloys Collier M, Steel R, Nelson T, Sorensen C, Packer S |
3017 - 3022 |
Effect of time, temperature, and solution composition on the passivation of 316L stainless steel for biomedical applications Rohly K, Istephanous N, Belu A, Untereker D, Coscio M, Heffelfinger J, Thomas R, Allen J, Francis R, Robinson A, Perron N, Sahli B, Kobielush B |
3023 - 3029 |
Effects of titanium surface topography on the cell-extracellular matrix interaction in osteoblasts Nebe B, Luthen F, Baumann A, Beck U, Diener A, Neumann HG, Rychly J |
3031 - 3036 |
Relationships between the surface morphology and a physical response in the biomaterial field Iost A, Najjar D, Anselme K, Bigerelle M |
3037 - 3042 |
Relationships between processing and in-vitro dissolution of calcium-based bioceramics Jones T, Long M |
3043 - 3048 |
Porous alginate/HAp sponges for bone tissue engineering Lin HR, Yeh YJ, Ku CJ, Yang CY |
3049 - 3054 |
Biomaterial/polymer composite for heart valve engineering: Biocompatibility testing Stamm C, Freier T, Backhaus-Pohl C, Trenkmann N, Drechsel A, Schmitz KP, Steinhoff G, Haubold A |
3055 - 3060 |
The improvement of biocompatibility of an equiatomic TiNi shape memory alloy by DC plasma-polymerized hexamethyldisilazane coatings Yang WR, Chen KS, Wu SK, Lee JC |
3061 - 3066 |
Evaluation of ligand binding to type 1 collagen through computational and analytical methods Vaidyanathan J, Vaidyanathan T, Ravichandran S, Klein B |
3067 - 3072 |
Pulsatile flow testing of a biomaterial/polymer composite heart valve obtained through tissue engineering Khosravi A, Stamm C, Philipp M, Freier T, Schmitz KP, Haubold A, Steinhoff G |
3073 - 3078 |
Fatigue characteristics of dental cast titanium alloy, Ti-6Al-7Nb, conducted with thermochernical heat processing Akahori T, Niinomi M, Suzuki A |
3079 - 3084 |
Sintered porous titanium and titanium alloys as advanced biomaterials Asaoka K, Kon M |
3085 - 3090 |
Biological behaviour of injectable calcium phosphate (CaP) cement Jansen JA, Wolke JGC, Ooms EM |
3091 - 3096 |
Preparation of thermosensitive hybrid hydrogels for biomaterials in drug release Lee WF, Huang WJ |
3097 - 3102 |
Surface properties of Ca-ion-implanted Ti-Ni shape-memory alloy Asaoka T, Nakazawa S |
3103 - 3108 |
Composition dependence of Young's modulus in beta titanium binary alloys Hanada S, Ozaki T, Takahashi E, Watanabe S, Yoshimi K, Abumiya T |
3109 - 3114 |
Interaction of type IV collagen aggregates with cells Hayashi T, Imamura Y, Hirose M, Kihara T, Yamano H, Adachi E, Mizuno K |
3115 - 3120 |
Polymers with nanostructured surface features for soft tissue replacement applications Haberstroh KM, Thapa A, Miller DC, Webster TJ |
3121 - 3125 |
Mechanical properties of Ti-base shape memory alloys Hosoda H, Fukui Y, Inamura T, Wakashima K, Miyazaki S, Inoue K |
3127 - 3132 |
Increased osteoblast function on nanostructured materials due to novel surface roughness properties Webster TJ, Ellison K, Price RL, Haberstroh KM |
3133 - 3138 |
Improving the fatigue properties of poly(methyl methacrylate) orthopaedic cement containing radiopacifier nanoparticles Bellare A, Gomoll AH, Fitz W, Scott RD, Thornhill TS |
3139 - 3144 |
Ionizing irradiation for sterilization and modification of orthopedic biomaterials Jahan MS, Thomas DE, Ridley MD |
3145 - 3150 |
Multifunctional protein-based matrix for drug delivery and wound management Kao WJ, Burmania J, Li J, Einerson N, Witte R, Stevens K, Nelson D, Martinez-Diaz G |
3151 - 3156 |
Controlled release from poly(lactic-co-glycolic acid) microspheres embedded in an injectable, biodegradable scaffold for bone tissue engineering Kempen DHR, Kim CW, Lu L, Dhert WJA, Currier BL, Yaszemski MJ |
3157 - 3163 |
Oxide films on metallic biomaterials: Myths, facts and opportunities Istephanous N, Bai Z, Gilbert JL, Rohly K, Belu A, Trausch I, Untereker D |
3165 - 3170 |
The influences of Ta and Sn on phase constitution and aging behavior of Ti-Ta-Sn system alloys quenched from a temperature within beta single phase region. Ikeda M, Komatsu S, Nakamura Y |
3171 - 3175 |
Bioinspired polymer surfaces for prevention of bioresponse Ishihara K, Watanabe J, Iwasaki Y |
3177 - 3181 |
Effects of heat treatment of spherical shape tetracalcium phosphate on the reactivity and injectability of apatite cement Ishikawa K |
3183 - 3188 |
Novel machinable calcium phosphate glass-ceramics for biomedical use Kasuga T, Nogami M, Niinomi M |
3189 - 3194 |
Hydroxyapatite coating on titanium by thermal substrate method in an aqueous solution and its behavior in SBF Kuroda K, Miyashita Y, Ichino R, Okido M |
3195 - 3200 |
Long-term viscoelastic behavior of dental composites Vaidyanathan TK, Vaidyanathan J, Ivan DJ |
3201 - 3206 |
Organic modification of porous alpha-tricalcium phosphate to improve chemical durability Miyazaki T, Ohtsuki C, Iwasaki H, Ogata S, Tanihara M |
3207 - 3212 |
Effects of casting defects and microstructure on fatigue properties of cast Ag-Pd-Cu-Au-Zn alloy for dental applications Mizumoto T, Niinomi M, Akahori T, Fukui H |
3213 - 3218 |
Engineering biomaterials for control of immune cell functions Irvine DJ, Stachowiak A, Jain S |
3219 - 3224 |
Bioactive PMMA bone cement prepared by chemical modification Ohtsuki C, Miyazaki T, Sugino A, Tanihara M, Mori A, Kuramoto K |
3225 - 3230 |
An integrated method for evaluating the mechanical integrity of biomaterials in-situ Zhang GG |
3231 - 3236 |
New class of lacitic acid copolymers with reactive and hydrophilic segments for degradable biomedical materials Ohya Y |
3237 - 3242 |
Enhanced bioactivity of electrically poled hydroxyapatite ceramics and coatings Yamashita K |
3243 - 3248 |
Polyrotaxanes: Challenge to multivalent binding with biological receptors on cell surfaces Yui N, Ooya T |
3249 - 3254 |
Thermal ablation effects of duplex stainless steel thermo-implants Kim YK, Kim S, Lee JH |
3255 - 3260 |
Evaluation of tissue adhesion preventive surface modified natural and synthetic polymeric materials Suh H, Park SN, Kim JH |
3261 - 3266 |
Development of novel "pseudo"polypeptidic biodegradable polymers based on natural amino acid L-tyrosine for biomaterial application Sen Gupta A, Lopina ST |
3267 - 3271 |
Surface grafting polymerization and crosslinking of thermosensitive NIPAAm hydrogels onto plasma pretreated substrates and drug delivery properties Chen KS, Chou CW, Hsu SH, Lin HR |
3273 - 3277 |
Preparation and characterization of chitosan/alginate sponge immobilized onto polyurethane-g-acrylic acid modified film surface as a wound dressing Chou CW, Hsu SH |
3279 - 3284 |
The effect of maleic anhydride/glycerol and plasma treatment on biodegradable LDPE/tapioca starch blends Huang CY, Lu WL |
3285 - 3291 |
A new internal element in dental implants Gaggl A, Rainer H, Muller WD, Chiari FM |
3295 - 3297 |
Heat treatment influence over the austenitic stainless steel properties used as biomaterials Butnariu I, Orbescu I, Paun C, Durleci D, Rizea C, Butnariu I |
3299 - 3304 |
High performance Mg alloy by grain refinement Mabuchi M, Chino Y, Shimojima K, Hosokawa H, Yamada Y, Wen C |
3305 - 3310 |
Aluminum alloyed cast iron as an ecomaterial Takamori S, Osawa Y, Kakisawa H, Minagawa K, Halada K |
3311 - 3316 |
Sustainable products/services indicators 2002 within Matsushita Electric Group Aoe T |
3317 - 3322 |
Recycling of iron and steel by solid state processes Chino Y, Mabuchi M, Shimojima K, Hosokawa H, Yamada Y, Wen CE, Iwasaki H |
3323 - 3328 |
Resources circulation-oriented ecomaterials design of continuous fiber reinforced concrete (FRPRC) Fukushima T |
3329 - 3334 |
Estimation of energy requirements and atmospheric emission in continuous casting process for copper wire Cho H, Jo HH, Kim SK, Lee KW, Kim YJ |
3335 - 3340 |
Physico-chemical approach for the ecomaterialization of steelmaking slags Miki T, Nagasaka T, Hino M |
3341 - 3346 |
Production of fine uniform lead-free solder powders by hybrid atomization Minagawa K, Liu YZ, Kakisawa H, Takamori S, Osawa Y, Halada K |
3347 - 3352 |
Ecomaterial processing for recycling of iron scrap containing impurities Osawa Y, Takamori S, Minagawa K, Kakisawa H, Halada K |
3353 - 3357 |
Material life cycle assessment for diecasting process Kim SK, Cho H, Jo HH, Han NK, Lim ST, Hur T |
3359 - 3364 |
Mechanical properties and microstructure of new Ni free white Cu alloy Yoshimura Y, Kita K, Inoue A |
3365 - 3370 |
New-sandwiched hydrogen separation membranes with low environmental impact Zhang Y, Ozaki T, Komaki M, Nishimura C |
3373 - 3378 |
Mechanical properties of Al/Al3SC metallic multilayers - deformation mechanisms at the nanoscale Phillips MA, Clemens BM, Nix WD |
3379 - 3384 |
MgB2 thin film growth and characterisation Yates KA, Burnell G, Stelmashenko NA, Driscoll JLM, Blamire MG |
3385 - 3389 |
Structure and magnetic properties of sputtered Fe100-xPtx alloy thin films Chu JP, Mahalingam T, Hsieh YY, Wang SF, Inoue K |
3391 - 3396 |
Isotopic exchange between gaseous hydrogen and scandium dideuteride thin films Mangan MA, Browning JF, Majoweski J |
3397 - 3402 |
Characterization of polymer films by flow microcalorimetry Reucroft PJ, Rivin D, Schneider NS |
3403 - 3408 |
Processing effects on structure-property relationships in sputter deposited thin gold films Moody NR, Adams DP, Medlin D, Headley T, Yang N |
3409 - 3414 |
Elastic properties of supported polycrystalline thin films and multilayers: an X-ray diffraction study Goudeau P, Villain P, Tamura N, Renault PO, Badawi KF, Padmore HA |
3415 - 3420 |
A problem of anisotropic/isotropic bimaterial with a singularity or under a remote stress Shin H, Choi ST, Earmme YY |
3421 - 3426 |
Glide and climb of dislocations in ultra-thin metal films de la Figuera J, Schmid AK, Pohl K, Bartelt NC, Carter CB, Hwang RQ |
3427 - 3431 |
Characterization of anodic films formed on Mg-Al alloys in alkaline bath Kim SJ, Ichino R, Okido M |
3433 - 3438 |
Tailoring of the elastic properties by texture control in ferroelectric thin films for MEMS Ricote J, Alguero M, Chateigner D |
3439 - 3444 |
Chemical vapor deposition of Cr-based thin films as diffusion barriers in copper metallization Maury F, Gasqueres C, Duminica FD, Ossola F |
3445 - 3450 |
Thermoelectric properties of CoSi thin films Adachi K, Ito K, Zhang LT, Yamaguchi M |
3451 - 3456 |
Structural and mechanical properties of stainless steel thin films elaborated by thermal evaporation and ion beam sputtering Goudeau P, Merakeb N, Eymery P, Faurie D, Boubeker B, Bouzabata B |
3457 - 3461 |
Formation of calcium phosphate film on Ti substrate in aqueous solutions in the control of temperature and ion activity Okido M, Kuroda K, Ichino R |
3463 - 3468 |
The effect of lattice strain on the step edge diffusion and morphological development during epitaxial growth Hong KH, Cha PR, Yoon JK |
3469 - 3474 |
Evaluation of interface strength between thin films fabricated on a silicon substrate for an advanced LSI on the basis of fracture mechanics concept Shibutani T, Tsuruga T, Yu Q, Shiratori M |
3475 - 3480 |
TiNi thin films for microactuators and microdevices: Sputter deposition and processing techniques Martynov V |
3481 - 3486 |
The effect of grain boundary characteristics on microstructure and stress void evolution in electroplated and sputtered Cu films Joo YC, Hwang SJ, Park H |
3487 - 3492 |
Near-zero-thickness self-assembled molecular layers for future device structures: Interfacial adhesion and diffusion barrier properties Ganesan PG, Cui G, Ellis AV, Kane RS, Ramanath G |
3493 - 3498 |
Thermally activated flux creep in high T-c superconductors Pande CS, Masumura RA, Feng CR |
3499 - 3504 |
Improved-trapped magnetic fields in top seeded melt grown YBCO superconductor doped with depleted and enriched uranium oxide Cardwell DA, Babu NH, Kambara M, Shi YH, Tarrant CD, Schneider KR |
3505 - 3510 |
Metallic buffer layers for Y-123 coated conductor Ionescu M, Lakemby M, Shi D, Dou SX |
3511 - 3516 |
Copper and CuNi alloys substrates for HTS coated conductor applications protected from oxidation Segarra M, Miralles L, Diaz J, Xuriguera H, Chimenos JM, Espiell F, Pinol S |
3517 - 3522 |
Chemical approach to the deposition of textured CeO2 buffer layers based on sol gel dip coating Van Driessche I, Penneman G, Abell JS, Bruneel E, Hoste S |
3523 - 3528 |
Synthesis and processing of high temperature Hg-based superconductors, from bulk to thin films Bastidas DM, Pinol S |
3531 - 3536 |
Study of the surface oxidation epitaxy of pure Ni Lockman Z, Qi X, Berenov A, Goldacker W, Nast R, deBoer B, Holpfapzel B, MacManus-Driscoll JL |
3537 - 3542 |
High Tc superconductors - From material to applications Tixador P |
3543 - 3548 |
Epitaxial growth and high-frequency properties of YBa2Cu3O7 electrodes on LiNbO3 Sanchez F, Ferrater C, Garcia-Cuenca MV, Varela M, Collado C, Mateu J, Menendez O, O'Callaghan JM, Fabrega L, Rubi R, Fontcuberta J |
3551 - 3556 |
Texture, microstructure and stress investigations in 0.18 mu m damascene Cu interconnect lines Mirpuri K, Cho JY, Szpunar J |
3557 - 3562 |
The effect of grain growth suppression on the interface population in nimonic PE16 Randle V |
3563 - 3568 |
Fractal properties of dynamic recrysatallized grain boundaries Takahashi M, Nagahama H |
3569 - 3574 |
Shear texture control in low carbon steel sheet by differential speed rolling Sakai T, Yoneme T, Yoneda K, Saito Y |
3575 - 3580 |
Effect of c/a-ratio on crystallographic texture and mechanical anisotropy of hexagonal close packed metals Murty KL |
3581 - 3586 |
Orientation related microstructure evolution during continuous annealing of a cold-rolled low carbon steel Bocos JL, Novillo E, Petite MM, Iza-Mendia A, Gutierrez I |
3587 - 3592 |
Grain size evolution in dynamic recrystallizaticn Shimizu I |
3593 - 3598 |
Effects of thermomechanical processing on texture formation in iron aluminides Skrotzki W, Tamm R, Oertel CG |
3599 - 3604 |
The 3-dimensional X-ray diffraction microscope and its applications to recrystallization studies Lauridsen EM |
3605 - 3610 |
Anisotropy of tensile properties of extruded magnesium alloy AZ31 Xiong F, Davies CHJ |
3611 - 3616 |
Study of scale growth on steel substrates using Electron Back Scatter Diffraction Birosca S, Higginson RL |
3617 - 3622 |
Oxidation, crystallization, and diffusion processes in basalt Burkhard DJM |
3623 - 3628 |
Microstructural evolution in a model Fe-30wt%Ni alloy during hot plane-strain compression Bai F, Cizek P, Palmiere EJ, Rainforth WM, Beynon JH |
3629 - 3634 |
Microtexture induced by the bainitic transformation in steels during welding. Effect on the resistance to cleavage cracking Gourgues AF |
3635 - 3642 |
Relationship between crystallographic fabric (texture) and elastic properties of rocks: Implications from experiments and calculations Kern HM |
3643 - 3648 |
Thermo-mechanical processes in sapphire crystals with different orientations Otsuka PH, Gurarie VN, Andrienko IV |
3649 - 3654 |
Recrystallization study of a low carbon steel after tensile strain Mziou AS, Etter AL, Baudin T, Penelle R |
3655 - 3660 |
Modeling of texture and texture-related properties during the thermo-mechanical processing of aluminum sheets Engler O |
3661 - 3666 |
Textures development in cold-worked ferrite-pearlite steels by drawing to moderate reductions Mejia I, Benito JA, Jorba J, Roca A |
3667 - 3672 |
Microstructure and properties of hot extruded brass CuZn40Pb2 Holler K, Reetz B, Muller KB, Pyzalla A, Reimers W |
3673 - 3678 |
Application of the texture component crystal plasticity FEM to forming simulation Roters F |
3679 - 3684 |
Interactive texture- and finite-element simulation for modelling of complex deformation processes for hcp-metals Walde T, Riedel H |
3685 - 3690 |
The applicability of conventional fiber texture analysis techniques in electron backscatter diffraction Wright SI, Field DP, Nowell M |
3691 - 3696 |
Effect of rolling temperature on the recrystallization texture of warm rolled steels Toroghinejad MR, Humphreys AO, Ashrafizadeh F, Najafizadeh A, Jonas JJ |
3697 - 3702 |
Influence of repeating of partial annealing and light rolling process on cube texture in high purity aluminum Murakami T |
3703 - 3708 |
Analysis of texture evolution in cold rolled and annealed 3%Si-Fe (100)[011] single crystal Toge T, Muraki M, Komatsubara M |
3709 - 3714 |
The texture development in the Nb-microalloyed steels as an effect of intercritical rolling Majta J, Bator A, Bunsch A, Zurek AK |
3715 - 3720 |
Influence of additives upon nucleation and growth of copper on titanium substrates during electrodeposition Seol KW, Choe BH, Lee YK, Lee JK |
3721 - 3726 |
Simulation of grain growth selection during recrystallization of highly cold rolled aluminum Sztwiertnia K |
3727 - 3731 |
Effect of excess vacancies on hydrogen absorption-desorption characteristics in rapidly solidified B2TiCo Sung M, Haraguchi T, Yoshimi K, Hanada S |
3733 - 3738 |
Effect of high magnetic field during primary annealing on texture of silicon steel Bacaltchuk CMB, Castello-Branco GA, Gault B, Garmestani H |
3739 - 3744 |
Microtextural analysis of grain fragmentation in aluminum Field DP, Wright SI, Trivedi P |
3745 - 3750 |
Increasing desirable recrystallization texture in IF steel by controlled rolling Duggan BJ, Lam KT, Quadir MZ |
3751 - 3756 |
Revealing a parent phase structure after transformation based on crystallographic relations Decocker R, Kestens L, Petrov R, Houbaert Y |
3757 - 3762 |
Selective growth in a scratched Fe-2.8%Si single crystal Verbeken K, Nave MD, Kestens L, Barnett MR |
3763 - 3768 |
Reducing cube volume in recrystallized texture by controlling the finishing temperature and rolling strain in Al-5%Mg alloy Chang CST, Inagaki H, Duggan BJ |
3769 - 3774 |
Shear band formation in warm rolled IF steel Quadir MZ, Duggan BJ |
3777 - 3782 |
Coupled FEM and microstructure modeling applied to rolling and extrusion of aluminium alloys Marthinsen K, Holmedal B, Abtahi S, Valle R, Chen S, Nes E |
3783 - 3788 |
Microstructure engineering for continuous annealing of steels and aluminum alloys Militzer M, Poole WJ, Wells MA |
3789 - 3794 |
Simulation of microstructural evolution in rod rolling of a medium C-Mn steel Manohar PA, Lim K, Rollett AD, Lee YS |
3795 - 3800 |
Analysis of the influence of the initial billet geometry and die design on the product geometry during bi-material tube extrusion Kazanowski P, Misiolek WZ, Sikka VK |
3801 - 3806 |
A physical model for prediction of microstructure evolution during thermo mechanical processing Wang XT, Siwecki T, Engberg G |
3807 - 3812 |
Prediction of material flow pattern in the hot extrusion of aluminium alloys by the finite element method Velay X, Duan X, Sheppard T |
3813 - 3818 |
FEM analysis of hot forging process for an automotive lower-arm connector Park JJ, Hwang HS, Lee SJ, Hong SC, Lim SH, Hong HS, Lee KJ, Lee KS |
3819 - 3824 |
A new approach to interface engineering by using an external magnetic field Tsurekawa S, Watanabe T |
3825 - 3830 |
Process limits and material behaviour in incremental Sheet Forming with CNC-tools Hirt G, Junk S, Bambach M, Chouvalova I |
3831 - 3836 |
Process control model for blast furnaces de Castro LFA, Tavares RP |
3837 - 3842 |
Mathematical modeling of the mean flow stress during the hot strip rolling of Ti-NbIF steels Siciliano F, Barbosa R |
3843 - 3848 |
Modelling hot deformation of Al-Zn-Mg alloy Shen J, Song YQ, Xie SS, Gottstein G |
3849 - 3854 |
A model for the prediction of microstructure and mechanical properties in cold rolled and annealed TRIP steels. Iung T, Azuma M, Bouaziz O, Goune M, Perlade A, Quidort D |
3855 - 3860 |
Research on the coupling between electromagnetic pressure and temperature field in dual-frequency electromagnetic shaping process Shen J, Pei XF, Lu BP, Li SM, Liu L, Fu HZ |
3861 - 3866 |
An investigation on machinability and application of Board Materials (BM) in low volume production of sheet metals Narimani R, Khoshkish H, Nejad MRH |
3867 - 3872 |
Modelling of phase separation dynamics in iron-based ternary alloys Fukuhara E, Onuma M, Suwa Y, Saito Y |
3873 - 3878 |
Modelling of recrystallization and grain boundary migration by cellular automata Kroc J, Paidar V |
3879 - 3884 |
A phase field model for the step dynamics including elastic interactions between steps Yeon DH, Cha PR, Yoon JK |
3885 - 3890 |
Simultaneous estimation of heat transfer boundary conditions during one-sided spray cooling Hernandez-Morales B, Tellez-Martinez JS, Montufar-Jimenez EB, Ingalls-Cruz A, Barrera-Godinez JA |
3891 - 3896 |
Recrystallization, relation between modelling and experiment Tarasiuk J, Wierzbanowski K, Gerber P, Bacroix B |
3897 - 3902 |
Data based modelling for prediction and control of internal cleanliness in steel strips Ortega-Ferandez F |
3903 - 3908 |
Constitutive modeling of high temperature mechanical Behavior of a medium C-Mnsteel Lim K, Manohar PA, Lee D, Yoo YC, Cady CM, Gray GT, Rollet AD |
3909 - 3914 |
Incorporating strain gradients in micromechanical modeling of polycrystalline aluminum Nygards M |
3915 - 3920 |
Austenite evolution Modeling in Nb microalloyed steels during thin slab direct rolling Uranga P, Fernandez AI, Lopez B, Rodriguez-Ibabe JM |
3921 - 3926 |
Modeling the hot flow stress of commercial purity coppers with different oxygen levels Garcia VG, Cabrera JM, Prado JM |
3927 - 3932 |
A network model to simulate transient non-lineal thermal processes in metals and alloys with allotropic transformations Alcaraz D, Alhama F, Gonzcalez-Fernandez CF |
3933 - 3938 |
Mathematical model for the residual stresses induced during the heat treatment of grinding balls. Camurri C, Garcia A, Rodriguez D, Canete P |
3939 - 3944 |
Non linear behavior micromechanical multi-scale modelling of discontinuous reinforced composites Baptiste D |
3945 - 3950 |
X-ray microbeam strain measurements in polycrystalline films Cargill GS, Moyer L, Yang W, Larson BC, Ice GE |
3951 - 3956 |
Evaluation of the influence of shot peening parameters on residual stress profiles using finite element simulation Schwarzer J, Schulze V, Vohringer O |
3957 - 3962 |
Contribution of X-ray diffraction to analyse and improve the mechanical behaviour of materials Sprauel JM |
3963 - 3968 |
Experimental analysis and numerical simulation at metal-ceramic interface Carrado A, Sprauel JM, Barrallier L, Lodini A |
3969 - 3974 |
Residual stress measurements of structural components by neutron diffraction and proposal of measurement standard Hayashi M, Okido S, Morii Y, Minakawa N, Root JH |
3975 - 3980 |
Stress determination with high lateral resolution using neutron diffraction Pirling T |
3981 - 3986 |
Relaxation of residual stresses during fatigue cycles in steels Teodosio JR, Cindra FM, Pedrosa PD |
3989 - 3994 |
Evaluation of side notch Charpy test on laser welded joint Hagiwara Y, Tsukamoto S, Otani T, Arakane G, Matsuda K |
3995 - 4000 |
Finite element analysis in pulsed GTA weldments Achar DRG, Guha B, Reddy AA |
4001 - 4006 |
Microstructures at aluminum-copper magnetic pulse weld interfaces Marya M, Priem D, Marya S |
4007 - 4012 |
Microstructure and mechanical property of laser welds of single crystal nickel base superalloy CMSX-4 Hirose A, Nakamura D, Yanagawa H, Kobayashi KF |
4013 - 4018 |
Tensile properties and microstructure of weld metal of X80 steel Motohashi H, Hagiwara N, Masuda T |
4019 - 4025 |
The nature of acicular ferrite in ferrous weld metals and the challenges for microstructure modelling Thewlis G |
4027 - 4031 |
Computer aided design of pulsed arc welding ensuring defectless joint of metals Shpigunova OI, Saraev YN |
4033 - 4038 |
Productivity gains by flux bounded TIG welding of aluminum Sire S, Marya S |
4039 - 4044 |
Possibility of industrial application by the use of underwater shock wave for explosive welding of various plates Hokamoto K, Ujimoto Y, Fujita M |
4045 - 4050 |
3D-numerical model predicting penetration shape gta welding Hirata Y, Asai Y, Takenaka K, Ohgaki S, Miyasaka F, Ohji T |
4051 - 4056 |
New developments in high-performance arc welding processes Himmelbauer K |
4057 - 4062 |
Simulation model for MAG arc welding as an engineering tool Yamamoto T, Ohji T, Miyasaka F, Tsuji Y |
4063 - 4068 |
Some aspects of weldability and jointability of duplex stainless steels Brandi SD |
4069 - 4074 |
Microstructural aspect of cold crack susceptibility in high strength weld metal Kim HJ |
4075 - 4080 |
Joining of silicon nitride by interposing metal foils: Effects of temperature and bonding pressure Osendi MI, Miranzo P |
4081 - 4086 |
Thermodynamic issues of lead-free soldering in electronic packaging Jeong SW, Kim JH, Lee HM |
4087 - 4092 |
Effect of activating fluxes on the penetration capability of the TIG welding arc: study of fluid-flow phenomena in weld pools and the energy concentration in the anode spot of a TIG arc plasma Paillard P, Saindrenan J |
4093 - 4098 |
Current problems in hot cracking research described on the example of PVR test Herold H, Pchennikov A, Streitenberger M |
4099 - 4104 |
Estimation of temperature distribution and cooling rate in arc welding using three-dimensional finite element analysis Datta GL, Pathak AK |
4105 - 4110 |
Arc behavior under extreme condition Ogawa Y, Morita T, Matsuda J, Yang ZM |
4111 - 4116 |
Processing of advanced materials with a high frequency, millimeter-wave beam source and other microwave systems Imam MA, Lewis D, Bruce RW, Fliflet AW, Kurihara LK |
4117 - 4122 |
Jointing structures of some kinds of lead-free solder on EN/IG finished boards Sugizaki T, Nakao H, Watanabe T |
4123 - 4128 |
Microstructure development in single crystal welds Vitek JM, Babu SS, David SA, Park JW |
4129 - 4134 |
Joining of steel to aluminum alloy by interface-activated adhesion welding Watanabe T, Takayama H, Kimapong K, Hotta N |
4135 - 4140 |
Development of an arc sensor with mechanized rotation of electrode Kim CH, Yoo WS, Na SJ |
4141 - 4146 |
Electrode storage condition effects on diffusible hydrogen in SMAW deposits Duncan AK, Patchett BM |
4147 - 4152 |
Thermal analysis and microhardness mapping in hybrid laser welds in a structural steel Metzbower EA, Denney PE, Moon DW, Feng CR, Lambrakos SG |
4153 - 4158 |
Weld metal test performance requirements - A critical appraisal of future needs Denys RM, De Baets P, De Waele W |
4159 - 4164 |
The influence of the processing temperature on the microstructure of gamma-TiAl joints brazed with a Ti-15Cu-15Ni alloy Guedes A, Pinto AMP, Vieira MF, Viana F |
4167 - 4172 |
Advances in processing technology for powder-metallurgical tool steels and high speed steels giving excellent cleanliness and homogeneity Folzer A, Tornberg C |
4173 - 4178 |
Physical simulation and analysis of the hot workability of a new powder metallurgical "micro-clean" HS-steel grade Kleber S, Walter M |
4179 - 4183 |
Characterization by TEM of a supersaturated P/M Al-Mg-Zr alloy after thermal treatments Buso SJ, Almeida A, Monteiro WA |
4185 - 4190 |
Powder injection molding of cemented carbides Qu XH, Zhu BJ, Lei CM, Ye B |
4191 - 4196 |
Powder metallurgy in tooling - Theoretical background, material production and processing Jurci P |
4197 - 4202 |
Densification of W-Cu powder with submicron size microstructure. Allibert CH, Lay S, Dore F |
4203 - 4208 |
Characterisation from pm to nm scale for interface analysis Lay S |
4209 - 4214 |
Modelling of hot isostatic pressing of metal powders Quedraogo E, Sanchez L |
4215 - 4220 |
Importance of ball-milling for the sintering of yttria dispersed W alloys Taillard R, Avettand-Fenoel MN, Dhers J, Foct J |
4221 - 4226 |
Numerical simulation of the fatigue lifetime of a powder metallurgical gear based on the green density distribution Kraft T, Riedel H |
4227 - 4232 |
Advanced materials for micro powder injection molding Merz L, Rath S, Piotter V, Ruprecht R, Hausselt J |
4233 - 4238 |
Current status of micro powder injection molding Piotter V, Merz L, Ruprecht R, Hausselt J |
4239 - 4243 |
Behavior of reduction and sintering in cementite powder Egashira M, Tsuchiyama T, Takaki S |
4245 - 4250 |
Properties of AlN powders synthesized by rapid nitridation of Al powder in floating system Hotta N, Kanatani M, Yonezawa R, Yanagita K, Tobitsuka T, Watanabe T |
4251 - 4257 |
Development of ultrafine grained austenitic stainless steels by high strain powder metallurgy process Ishibashi R, Doi H, Aono Y |
4259 - 4264 |
A new powder metallurgical process for upgrading recycling of Fe-Cu alloy Kakisawa H, Minagawa K, Takamori S, Osawa Y, Halada K |
4265 - 4270 |
Integrated P/M processing for system design of nanocrystalline ceramics Kimura H |
4271 - 4276 |
Use of SHS reaction between powder and droplets for coating, welding and freeform fabrication of intermetallics Matsuura K, Kudoh M, Kirihara S, Miyamoto Y |
4277 - 4282 |
Roles of potassium bubbles in high temperature creep resistance of doped tungsten fine wires Tanoue K |
4283 - 4288 |
The application of hot forming to influence the properties of P/M aluminium basis materials Szczepanik S |
4289 - 4294 |
Micro powder injection molding of metal microstructures Loh NH, Tor SB, Tay BY, Murakoshi Y, Maeda R |
4295 - 4300 |
Extrusion and thermo-chemical processing of layered linear cellular alloys Cochran J, Hurysz K, Lee KJ, Sanders T |
4301 - 4306 |
Processing and properties of multiphase Mo-Si-B alloys Supatarawanich V, Johnson DR, Dayananda MA, Liu CT |
4307 - 4312 |
Structure and properties of consolidated attrition-milled Al-5%Ti PM specimens Cuevas FG, Cintas J, Rodriguez JA, Gallardo JM |
4313 - 4318 |
Advances in MA aluminium powders consolidation by mechanical cold pressing and vacuum sintering Gallardo JM, Montes JM, Cuevas FG |
4319 - 4324 |
Processing of advanced shape memory materials by powder metallurgy San Juan J, Rodriguez PP, No ML, Ruano OA |
4325 - 4330 |
Preparation and characterization of three Fe-M (M = Ni, Zr, Nb) based alloys produced by mechanical alloying Sunol JJ, Gonzalez A |
4331 - 4336 |
Effect of Mg as sintering additive on the consolidation of mechanically alloyed Al powder Fuentes JJ, Rodriguez JA, Herrera EJ |
4337 - 4342 |
Influence of carbon activity and oxygen potential of sintering atmospheres on the microstructural characteristics of low alloy P/M steels Ortiz P, Castro F |
4343 - 4348 |
Ni diffusion process between austenite and ferrite in a sintered duplex stainless steel obtained by powder mixing. Campos M, Munoz JJ, Bautista A, Velasco F, Torralba JM |
4349 - 4354 |
Optimization of the synthesis of soft magnetic materials by mechanochemical process at room temperature Rabanal ME, Varez A, Levenfeld B, Torralba JM |
4355 - 4360 |
Oxidation behaviour at high temperature of ferritic stainless steels manufactured by powder metallurgy Gonzalez-Centeno A, Velasco F, Bautista A, Torralba JM |
4361 - 4366 |
Metal injection moulding (Mim) of M2 high speed steel using a polyethylene based binder Herranz G, Levenfeld B, Varez A, Torralba JM, Piemme J, Heaney D, German RM |
4367 - 4372 |
Low-temperature and high-temperature corrosion behaviour of powder metallurgical duplex stainless steels Bautista A, Velasco F, Campos M, Torralba JM |
4373 - 4378 |
SHS production, processing and evaluation of advanced materials for wear-resistant cutting tools Pidria M, Merlone E, Rostagno M, Tabone L, Bechis F, Vallauri D, Deorsola FA, Amato I, Rodriguez MA |
4379 - 4384 |
Orientations and tendencies in manufacturing industry of the permanent ceramic magnets using PM technologies Mangra M |
4387 - 4392 |
Strain-rate dependence of dynamic twin nucleation at triple junction in copper Miura H, Andiarwanto S, Sakai T |
4393 - 4398 |
The influence of grain size on deformation of copper Chokshi AH |
4399 - 4404 |
Structure and mechanical properties of materials in the temperature ranges of cold, warm and hot deformation Milman YV |
4405 - 4410 |
The crystallization, structure and work hardening of casting Fe-N-V alloys Siwka J, Kaputkina LM, Shaidurova ES, Hutny A |
4411 - 4416 |
Mechanical properties of grain boundaries and triple junctions in metals Sursaeva VG |
4417 - 4422 |
Hot working of an as-Cast Mg-2%Al alloy Kottada RS, Chokshi AH |
4423 - 4428 |
Plastic deformation and stress-induced phase transformation in polycrystalline diamond: Common phenomena? Schouwenaars R |
4429 - 4434 |
Elastic stability and the limits of strength Morris JW, Clatterbuck DM, Chrzan DC, Krenn CR, Luo W, Cohen ML |
4435 - 4440 |
Change of elastic constants of pure iron deformed by cold rolling Benito JA, Jorba J, Roca A |
4441 - 4446 |
A new theoretical determination of yield stress based on efficient area of stress and universal Fractal Power Law Benmohammed A, Ouali M |
4447 - 4453 |
Formability criteria for cold heading applications El-Lahham C, Nemes JA, Nickoletopoulos N, Hone M |
4455 - 4460 |
Microstructure evolution of hot rolled W sheets after different heat treatments Dhers J |
4461 - 4464 |
Influence of multi-step nitriding condition upon mechanical properties of dilute Mo-Ti alloys Hidaka T, Nagae M, Yoshio T, Takada J, Hiraoka Y |
4465 - 4470 |
Materials selection for solid oxide fuel cells Tietz F |
4471 - 4476 |
Fatigue behavior of glass ceramics in water environment Hiratsuka A, Yoshikawa A, Ogawa K, Adachi K |
4477 - 4482 |
Influence of neutron irradiation on hardening and embrittlement phenomena in reactor pressure vessel cladding material Lee JS, Kim IS, Kasada R, Kimura A |
4483 - 4488 |
Correction of CTOD toughness for constraint loss in structural components Minami F |
4489 - 4494 |
Improvement in mechanical properties of Hydroxyapatite objects with controlled porosity made by modified gelcasting process Rivera-Munoz E, Velazquez R, Rodriguez R |
4495 - 4500 |
Sol-gel-derived nano-porous glasses with high proton conductivity Nogami M, Daiko Y, Kasuga T |
4501 - 4506 |
Study on segregation-dezincification relationship in Bi-Se-bearing brasses Mannheim RL, Bustos OL, Garin J |
4507 - 4512 |
Calorimetric and X-ray measurements in ultrafine-grained nickel Zhilyaev AP, Gubicza J, Surinach S, Baro MD, Langdon TG |
4513 - 4518 |
Peculiarities of the mechanical behavior of metallic glasses investigated by indentation techniques Slipenyuk AN, Milman YV, Dub SN, Makarenko HA |
4519 - 4524 |
Numerical cutting sensitivity study of tool-chip contact Arrazola PJ, Meslin F, Marya S |
4525 - 4530 |
Unified formulation to predict the tensile curves of steels with different microstructures Rodriguez R, Gutierrez I |
4531 - 4534 |
Portable X-ray apparatus for stress measurements Monin VI, Assis JT, Pereira FR, Gurova T, Teodosio J |
4535 - 4540 |
Computer simulation of change in the chemical composition of coke ash in the blast-furnace Konstanciak A, Jowsa J, Derda W |
4541 - 4548 |
Effect of boron on lamellar grain refinement and lath formation in wrought processed gamma TiAl alloys Kim YW |
4549 - 4554 |
Modelling of homogenisation of AA3103 Pettersen T, Benum S, Johansen A, Hakonsen A |
4555 - 4560 |
Measurement of gamma/gamma' lattice mismatch in creep deformed single crystal superalloy SC16 using synchrotron X-radiation Chen W, Darowski N, Zizak I, Schumacher G, Klingelhoffer H, Wanderka N, Neumann W |
4561 - 4566 |
Double bladed effect of Re on high-temperature oxidation and hotcorrosion of nickel-based superalloys Murata Y, Moniruzzaman M, Morinaga M, Hashizume R, Yoshinari A |
4567 - 4572 |
Microstructural evolution during the hot deformation of magnesium alloy AZ31 Grosvenor A, Davies CHJ |
4573 - 4577 |
Thickness of pancake austenite controlling the size of ferrite transformed from variously deformed austenite Torizuka S, Nagai K |
4579 - 4584 |
Microstructure and thermal stability of lamellar Cr-silicides George EP, Bei H, Serin K, Pharr GM |
4585 - 4590 |
Microstructure of M-W (M=Fe, Ni) alloys produced by electrodeposition and mechanical alloying Nasu T, Sakurai M, Kamiyama T, Usuki T, Tokumitsu K, Yamasaki T |
4591 - 4596 |
Structure and mechanical properties of in-situ discontinuously reinforced composites of Ti-TiB-system Miracle D, Firstov S, Kulak L, Kuzmenko M, Vasylyev O |
4597 - 4602 |
Microstructure and properties of aluminum friction stir welds Lippold JC, Ditzel PJ |
4603 - 4608 |
Grain refinement under multiple warm compression in an Al-Mg-Sc alloy Kaibyshev R, Olenyov S, Musin F |
4609 - 4615 |
Thermo-mechanical processing improvements: Benefits and costs Williams J, Ghosh S |
4617 - 4622 |
Ecomaterials; concept, practice and future Halada K |
4623 - 4628 |
Eco-benign mesoporous materials for organic reactions Raja T, Horniakova J, Jacob NE, Jha RK, Kubota Y, Sugi Y |
4629 - 4634 |
Cost reduction in titanium production and processing Ward-Close CM, Godfrey AB |
4635 - 4640 |
Precipitation strengthening of fully lamellar gamma-TiAl alloyed with carbon and silicon Gouma PI, Karadge M, Kim YW |