3 - 10 |
Plastic deformation in metals with nanosized grains: Atomistic simulations and experiments Van Swygenhoven H |
11 - 17 |
Modelling grain boundary sliding from first principles Molteni C |
19 - 25 |
Multi-scale modeling of nanocrystalline materials Chandra N, Namilae S |
27 - 32 |
Grain boundary sliding of Sigma 5(001) twist grain boundary in aluminium bicrystal from first-principles calculations Uesugi T, Tsuchiya K, Kohyama M, Higashi K |
33 - 38 |
Assessment of contribution of intragranular slip to grain boundary sliding in bicrystals Sheikh-Ali AD, Garmestani H |
41 - 47 |
Cooperative grain boundary processes in superplastic flow Zelin M, Mukherjee A |
49 - 54 |
Dynamics of grain boundary networks in superplasticity Wakai F, Akatsu T, Shinoda Y |
55 - 60 |
Comparison between 2D and 3D characterisations of damage induced by superplastic deformation Yu HQ, Blandin JJ, Salvo L |
61 - 66 |
Dynamic grain growth in superplastic and non-superplastic aluminium alloys Bate PS, Hyde KB, Court SA, Humphreys FJ |
67 - 72 |
Cavitation behaviors in a tetragonal zirconia polycrystal subjected to superplastic deformations measured by SANS method Harjo S, Motohashi Y, Saroun J, Ryukhtin V, Strunz P, Baron M, Loidl R |
73 - 78 |
Simulation of superplastic deformation based on a mantle model Kim BN, Morita K, Hiraga K |
79 - 84 |
Dynamic grain growth in a non-superplastic Al-6Ni alloy Hyde KB, Bate PS |
85 - 90 |
Physical theory of superplastic flow in spatially extended crystalline systems Munoz-Andrade JD |
91 - 96 |
Constitutive equation for superplastic flow in light metallic materials Watanabe H, Mukai T, Higashi K |
97 - 101 |
Grain-size-dependent cooperative grain-boundary sliding in superplastic deformation Muto H, Takahashi Y, Sakai M |
105 - 110 |
Multi-scale analysis of failure during superplastic deformation Thuramalla NV, Deshmukh PV, Khraisheh MK |
111 - 116 |
The measurement of friction for superplastic forming of Ti-6Al-4V Kelly RB, Leen SB, Pashby IR, Kennedy AR |
117 - 122 |
Finite element simulation for superplastic forming process of aluminium 5083 Samekto H, Roll K |
123 - 129 |
Design of SPF dies based on advanced material behaviour models Bernhart G, Nazaret F, Martinier A, Gao C, Garriga-Majo D, Cutard T, Lours P |
131 - 137 |
Computer simulation of superplastic forming in restorative dentistry Wood RD, Curtis RV, Bonet J, Said R, Gil A, Garriga-Majo D, Li X |
139 - 144 |
The influence of pulsating strain rates on the superplastic deformation behaviour of Al-alloy AA5083 investigated by means of cone test Vulcan M, Siegert K, Banabic D |
145 - 151 |
Results of in-house cone-cup testing of low to high temperature SPF-alloys Beck W |
153 - 158 |
A production system using ceramic die technology for superplastic forming Sanders DG |
159 - 164 |
Manufacturing of shaped forms from stainless steels with superplastic forming Romu J, Yagodzinskyy Y, Beck W, Hanninen H |
165 - 170 |
Constitutive modeling of deformation-induced anisotropy in superplastic materials Abu-Farha FK, Khraisheh MK |
171 - 176 |
Hyperbolic sine representation of a constitutive equation for superplastic forming grade Inconel 718 Zhang B, Mynors DJ, Mugarra A, Ostolaza K |
177 - 182 |
Advances in manufacturing superplastically formed and diffusion bonded components Hefti L |
183 - 188 |
Numerical simulation of superplastic forming and its microstructure evolution Jin QL, Liao XF |
189 - 195 |
ISO proposal of a "method for evaluation of tensile properties of metallic superplastic materials" Watanabe H, Ono F, Higashi K |
199 - 204 |
On the expanded usage of superplastic forming of aluminium sheet for automotive applications Friedman PA, Luckey SG |
205 - 210 |
Series production of automotive body panels in 5083-SPF using a new press concept Dunwoody BJ |
213 - 219 |
Progress towards high superplastic strain rate aluminium alloys Grimes R, Dashwood RJ, Flower HM, Jackson M, Katsas S, Todd G |
221 - 226 |
Superplastic behavior of a fine grained AZ61 alloy processed by large strain hot rolling Perez-Prado MT, del Valle JA, Ruano OA |
227 - 232 |
Temperature deformation behaviour of a Mg-0.8Al alloy Kottada RS, Chokshi AH |
233 - 238 |
Lowering the heat - The development of reduced SPF temperature titanium alloys for aircraft production Comley PN |
239 - 246 |
Applying superplastic forming principles to titanium sheet metal forming problems Swale W, Broughton R |
247 - 252 |
The superplastic forming technology of Ti-6Al-4V titanium alloy bellows Zhang KF, Wang G, Wang GF, Wang CW, Wu DZ |
253 - 258 |
Filaments in superplastic deformed SiC particle reinforced aluminium alloy matrix composites Zhang B, Wei Z, Wang Y, Jin Q, Mynors DJ |
259 - 264 |
Problems encountered in superplastic forming of Al 5083 parts Gershon B, Eldror I, Arbel I, Milo I |
265 - 270 |
Superplastic blow forming of 2219 aluminium alloy Kaibyshev R, Kazakulov I, Gromov D, Lesuer DR, Nieh TG |
271 - 276 |
High temperature ductility and deformation mechanism in a 2024 aluminium alloy Takayama Y, Ishikawa N, Kato H, Watanabe H |
277 - 282 |
Application studies of new process and material for low-cost SPF/DB panel forming technology Yajima S, Shimanuki M, Ogisu T, Kimura S, Oyama H |
283 - 288 |
Superplasticity in commercial Al 7475 Griffiths S, Whittle D, Ridley N, Todd RI |
291 - 297 |
High-strain-rate superplasticity in oxide ceramics Hiraga K, Kim BN, Morita K, Sakka Y |
299 - 304 |
Dopant effect on the high-temperature grain boundary sliding in alumina Yoshida H, Matsunaga K, Yamamoto T, Ikuhara Y, Sakuma T |
305 - 310 |
Superplastic phenomenon and electric properties of Sc2O3 doped zirconia-based ceramics Motohashi Y, Akutsu S, Kakita S, Maruyama Y |
311 - 316 |
Application of pseudo-superplasticity to produce TiN/Ti5Si3 and TiC/Ti5Si3 nano grain composites for micro molding Miyano N, Iwasa H, Isonishi K, Tanaka S, Sugiyama S, Ameyama K |
317 - 322 |
Production of y-TiAl sheets with improved superplastic properties by pack rolling Shagiev MR, Salishchev GA, Imayev RM, Imayev VM, Kuznetsov A |
323 - 328 |
Role of diffusion creep in a superplastic zirconia-alumina composite Swaroop S, Chokshi AH |
329 - 334 |
High-strain-rate superplasticity in 3mol%-Y2O3-stabilized tetragonal ZrO2 dispersed with 30vol% MgAl2O4 Spinel Morita K, Kim BN, Hiraga K, Sakka Y |
335 - 340 |
Small dopant effect on the superplastic flow and failure in 3Y-TZP Nakatani K, Nagayama H, Yoshida H, Yamamoto T, Sakuma T |
341 - 345 |
Effect of spinel second phase on high temperature deformation in alumina Satapathy LN, Chokshi AH |
347 - 352 |
Creep of Zirconia/Nickel composites Morales-Rodriguez A, Bravo-Leon A, Dominguez-Rodriguez A, Jimenez-Melendo M |
353 - 358 |
Plastic behaviour of nanostructured yttria tetragonal zirconia polycrystals: The effect of yttrium segregation Lorenzo-Martin C, Gomez-Garcia D, Gallardo-Lopez A, Dominguez-Rodriguez A, Chaim R |
359 - 364 |
Effect of yttrium on the deformation of nanocrystalline ZrO2 at elevated temperatures Yoshida M, Shinoda Y, Akatsu T, Wakai F |
365 - 370 |
Superplastic behavior in small amount of Ge-TiCo-doped TZP Nagayama H, Kuwabara A, Yoshida H, Sakuma T |
373 - 379 |
Deformation processing, recrystallization and grain boundaries in superplastic aluminum alloys McNelley TR, Swisher DL |
381 - 386 |
In situ observations of microstructural evolution during deformation of supral 100 Huang Y, Humphreys FJ, Ridley N |
387 - 387 |
Obituary, professor Harvey M Flower FIM FRAeS Gregson P |
389 - 394 |
The influence of Al3Zr precipitation on the superplastic behaviour of aluminium alloys Flower HM, Boyle GJ, Dashwood RJ, Grimes R |
395 - 400 |
Recrystallized grain size in cold-rolled and annealed AZ31 wrought magnesium alloys affected by rolling direction Itoh G, Motohashi Y, Iseno Y |
403 - 409 |
Producing superplastic ultrafine-grained aluminum alloys through severe plastic deformation Xu C, Furukawa M, Horita Z, Langdon TG |
411 - 416 |
Microstructural aspects in superplasticity of ultrafine-grained SPD alloys Valiev RZ, Islamgaliev RK, Yunusova NF |
417 - 422 |
Superplastic behaviour and microstructure evolution in a commercial ultra-fine grained Al-Mg-Sc alloy Musin F, Kaibyshev R, Motohashi Y, Itoh G |
423 - 428 |
Ultrafine-grain structures produced by severe deformation processing Apps PJ, Heason CP, Prangnell PB |
429 - 434 |
Fine microstructure production through sandglass extrusion Wang Y, Lu WL, Hai JT |
435 - 440 |
Effect of grain size and microstructure on appearance of low temperature superplasticity in Al-Mg alloy Noda M, Funami K, Hirohashi M, Kobayashi M |
441 - 446 |
Characterization of submicron-grained Ti-6Al-4V sheets with enhanced superplastic properties Salishchev GA, Valiakhmetov OR, Galeyev RM, Froes FH |
447 - 452 |
Achieving superplasticity in the 7055 aluminum alloy Kaibyshev R, Sakai T, Nikulin I, Musin F |
453 - 458 |
Superplasticity in an 7475 aluminum alloy subjected to equal channel angular extrusion Nikulin I, Kaibyshev R, Sakai T, Musin F |
459 - 464 |
Development of submicrocrystalline titanium alloys using "abc" isothermal forging Salishchev GA, Zherebtsov SV, Valiakhmetov OR, Galeyev RM, Mironov SY |
465 - 470 |
Achievement of low temperature superplasticity in a commercial aluminium alloy processed by equal-channel angular extrusion Musin F, Kaibyshev R, Motohashi Y, Itoh G |
471 - 476 |
High temperature deformation and crystallographic orientation distribution for an Al-Mg-Mn alloy sheet worked by continuous cyclic bending Takayama Y, Itoh T, Harunari E, Kato H, Furushiro N |
477 - 482 |
Influence of channel geometry on superplasticity in equal-channel angular pressing Kamachi M, Fujinami T, Horita Z, Langdon TG |
483 - 488 |
Superplasticity of a Cu-Zn-Sn alloy processed by equal-channel angular pressing Neishi K, Uchida T, Ashie N, Yamauchi A, Nakamura K, Horita Z, Langdon TG |
489 - 494 |
Microstructure and superplastic properties at room temperature in Zn-22AI alloy after equal-channel-angular extrusion Tanaka T, Watanabe H, Kohzu M, Higashi K |
497 - 503 |
A nano-crystalline Zn-Al alloy with high speed superplasticity at room temperature and the application for seismic damper Makii K, Furuta S, Aoki K, Kushibe A, Tanaka T, Higashi K |
505 - 511 |
Superplastic forming of 7475 Al sheet after friction stir processing (FSP) Mahoney M, Barnes AJ, Bingel WH, Fuller C |
513 - 519 |
The dieless drawing of high carbon steel Carolan R, Tiernan P, Commerford P |
521 - 526 |
Sandwich panel with aluminium foam core through superplastic diffusion bonding Sato E, Kitazono K, Kuribayashi K, Kitajima A, Matsushita JI |
527 - 532 |
Diffusion bonding on superplastic-aluminum and -magnesium alloys Somekawa H, Watanabe H, Mukai T, Higashi K |
533 - 539 |
Use of laser(s) in the process of Superplastic Forming and Diffusion Bonding Jocelyn A, Kar A, Jonik M, Keevil A, Ackerman M, Way J, Flower T |
541 - 545 |
Enhanced foaming of cellular metals by internal stress superplasticity Kitazono K, Sato E, Kuribayashi K |