1 - 10 |
Three dimensional microstructures: Statistical analysis of second phase particles in AA7075-T651 Rollett AD, Campman R, Saylor D |
11 - 14 |
A Japanese perspective on the use of aluminum alloys in the automotive sector Suzuki M |
15 - 24 |
Through process modelling Hirsch J |
25 - 34 |
Advanced nanostructural analysis of aluminium alloys using atom probe tomography Ringer SP |
35 - 44 |
First principles calculations for alloy design of moderate temperature age-hardenable Al alloys Zhu AW, Shiflet GJ, Starke EA |
45 - 54 |
Processing of aluminum alloys by severe plastic deformation Langdon TG |
55 - 61 |
The work hardening of some commercial Al alloys Lloyd DJ |
63 - 70 |
The effect of boundary structure on the mechanical properties of aluminium alloys Nes E, Holmedal B, Forbord B |
71 - 78 |
The work hardening of single phase and multi-phase aluminum alloys Embury JD, Poole WJ, Lloyd DJ |
79 - 84 |
Large strain deformation and annealing of aluminium Huang X, Xing Q, Jensen DJ, Hansen N |
85 - 92 |
Heterogeneity in plastic deformation Mach JC, Kang J, Beaudoin AJ, Wilkinson DS |
93 - 102 |
Through-process texture simulation for aluminum sheet fabrication Gottstein G, Crumbach M, Neumann L, Kopp R |
103 - 110 |
Influence of spatial grain orientation distribution on sheet metal necking Wu PD, Lloyd DJ |
111 - 116 |
A suitable criterion for precise determination of incipient necking in sheet materials Situ Q, Jain M, Bruhis M |
117 - 124 |
Evaluation of biaxial forming limits by bulge testing MacEwen SR, Shi Y, Hamstra P, Mallory R, Wu PD |
125 - 130 |
Comparing the influence of Mn and Fe content on the fracture of a AA6XXX series alloy in different aged states Corbin SF, Ansah-Sam E, Lloyd DJ |
131 - 137 |
Influence of surface defect geometry on the localization and failure of AA6111 sheet: Necking versus shear Pilkey AK, Bayley CJ, Gyorffy M |
139 - 146 |
High strain rate behaviour of aluminum alloy sheet Worswick MJ, Smerd R, Salisbury CP, Winkler S, Lloyd DJ |
147 - 152 |
Microstructural characterization and fatigue properties of 2195 Al-Li alloy Chaturvedi MC, Chen DL |
153 - 160 |
Static and dynamic grain growth in single-phase aluminium Jazaeri H, Humphreys FJ, Bate PS |
161 - 168 |
The grain structures in some 5000 series aluminum alloys after asymmetric rolling and annealing Jin H, Lloyd DJ |
169 - 176 |
The role of copper in the precipitation kinetics of 6000 series Al alloys Esmaeili S, Lloyd DJ |
177 - 182 |
Confirming computer calculations of phase stability with the experimental observations in automotive alloy AA6111 Gupta AK, Marois PH, Lloyd DJ |
183 - 190 |
Modeling the role of microstructure on shear instability with reference to the formability of automotive aluminum alloys Wilkinson DS, Duan XJ, Kang JD, Jain M, Embury JD |
191 - 196 |
Nucleation-mediated structural refinement and aluminium alloy design Muddle BC, Nie JF |
197 - 202 |
Vacancy-solute interactions in Al-Cu-Mg Marceau RKW, Ferragut R, Dupasquier A, Iglesias MM, Ringer SP |
203 - 208 |
Effect of trace addition of Sn in Al-Cu alloy Honma T, Saxey DW, Ringer SP |
209 - 214 |
Low temperature thermal stability of quaternary Al-Li-Cu-Mg-alloys Noble B, Harris SJ, Katsikis S, Dinsdale K |
215 - 220 |
Improvement of bake-hardening response of al-mg-cu alloys by means of nanocluster assist processing (NCAP) technique Hirosawa S, Omura T, Suzuki Y, Sato T |
221 - 225 |
HRTEM study of precipitates in Al-Mg-Si and Al-Mg-Ge alloys Matsuda K, Ikeno S, Munekata T |
227 - 232 |
The effect of composition and temperature on the ageing response of some dilute 6xxx series alloys Jaafar CNA, Lorimer GW, Parson NC |
233 - 238 |
Precipitation behavior of Mg and Si at RT in pre-aged Al-Mg-Si alloys Takata K, Ushioda K, Kikuchi M |
239 - 244 |
The effect of intermediate storage temperature and time on the age hardening response of Al-Mg-Si alloys Royset J, Stene T, Seater JA, Reiso O |
245 - 250 |
3DAP Characterization and thermal stability of nano-scale clusters in Al-Mg-Si alloys Serizawa A, Hirosawa S, Sato T |
251 - 258 |
Precipitation hardening in Al-Cu-Mg alloys: analysis of precipitates, modelling of kinetics, strength predictions Starink MJ, Yan JL |
259 - 263 |
Crystal analysis of nonequilibrium delta(non)-phase in Al-Li-Mg alloys Alekseev AA, Lukina EA, Zaytsev DV, Fridlyander IN |
265 - 269 |
Nature of formation of the areas having an ultrafine grain structure in Al-Li-Mg system alloys Alekseev AA, Setjukov OA, Lukina EA, Fridlyander IN |
271 - 276 |
Through process modelling of microchemistry in AA3103 Liu C, Norman A, van der Winden M |
277 - 282 |
A multi-mechanistic model for precipitation strengthening in Al-Cu-Mg alloys during non-isothermal heat treatments Khan IN, Starink MJ |
283 - 290 |
Secondary precipitation in aluminium alloys & its role in modern heat treatment Lumley RN, Buha J, Polmear IJ, Morton AJ, Crosky AG |
291 - 296 |
Cluster dynamics modelling of the precipitation kinetics in Al(ZrSc) alloys Guyot P, Sigli C |
297 - 302 |
Modelling the phase transformation from Al(6)(Mn,Fe) to alpha-Al(Mn,Fe)Si phase during homogenization of AA3xxx alloys Li YJ, Hakonsen A, Mortensen D, Pettersen T, Furu T |
303 - 308 |
Characterisation of AlFeSi intermetallics in 6000 series aluminium alloy extrusions Couper MJ, Rinderer B, Yao JY |
309 - 314 |
Vacancy-solute aggregates in Al-Zn-Mg-(Cu, Ag) Ferragut R, Dupasquier A, Iglesias MM, Macchi CE, Somoza A, Polmear IJ |
315 - 320 |
Key microstructural features responsible for improved stress corrosion cracking resistance and weldability in 7xxx series al alloys containing micro/trace alloying additions Mukhopadhyay AK, Prasad KS, Kumar V, Reddy GM, Kamat SV, Varma VK |
321 - 326 |
Development of a new 7xxx ageing model Sigli C |
327 - 332 |
Grain boundary precipitate modification for improved intergranular corrosion resistance Unocic KA, Kobe P, Mills MJ, Daehn GS |
333 - 338 |
Microstructural interactions during stress ageing a 7475 aerospace alloy Bakavos D, Prangnell PB, Bes B, Eberl F, Grossmann JG |
339 - 344 |
Influence of zinc to magnesium ratio and total solute content on the strength and toughness of 7xxx series alloys Clinch MR, Harris SJ, Hepples W, Holroyd NJH, Lawday MJ, Noble B |
345 - 350 |
Microstructural evolution of a new aerospace 7XXX alloy during retrogression and re-ageing treatment Tanaka M, Henon C, Warner T |
351 - 358 |
Blister free heat treatment of high pressure die-casting alloys Lumley RN, O'Donnell RG, Gunasegaram DR, Givord M |
359 - 364 |
Characterisation of intermetallic phases in multicomponent Al-Si casting alloys for engineering applications Chen CL, West G, Thomson RC |
365 - 370 |
The influence of alloy composition on phase transformations and recrystallization in twin-roll cast Al-Mn-Fe alloys Slamova M, Slama P, Cieslar M |
371 - 376 |
Anisotropy decrease in sheets of 1424 Al-Mg-Li alloy Khokhlatova LB, Kolobnev NI, Fridlyander JN, Alekseev AA, Lukina EA, Ber LB, Tempus G |
377 - 382 |
The development of new Al-Mg-Si alloys for thixoforming Eidhed W, Limmaneevichitr C, Tezuka H, Sato T |
383 - 388 |
Age hardening of forged aluminum components - Mechanical properties and distortion behavior after gas quenching Rose A, Kessler O, Hoffmann F, Zoch HW, Krug P |
389 - 394 |
Thermal stability of rapidly solidified alloys of aluminium with transition metals Vojtech D, Verner J, Bartova B, Saksl K |
395 - 400 |
Microstructure and phase composition of Al-Ce-Cu alloys in the Al-rich corner Belov NA, Khvan AV, Alabin AN |
401 - 406 |
The effect of heat treatment and Mn, Cu and Cr additions on the structure of ingots of Al-Mg-Si-Fe alloys Bryantsev PY, Zolotorevskiy VS, Portnoy VK |
407 - 412 |
Through thickness microstructural gradients in 7475 and 2022 creep -Age-formed bend coupons Bakavos D, Prangnell PB, Bes B, Eberl F, Gardiner S |
413 - 418 |
Effect of Al3Ni and Mg2Si eutectic phases on casting properties and hardening of an Al-7% Zn-3% Mg alloy Belov NA, Cheverikin VV, Eskin DG, Turchin AN |
419 - 424 |
Mechanical properties of dispersion-hardened P/M Al-Mn-Cu-Mg-Zn alloys at elevated temperature Adachi H, Osamura K, Kusui J |
425 - 430 |
Effects of a small addition of Cu or Ge on the microstructure and mechanical property of an Al-Si alloy Nakagawa K, Kanadani T, Nakayama K, Sakakibara A |
431 - 436 |
Quantitative correlation between strength, ductility and precipitate microstructures with PFZ in Al-Zn-Mg(-Ag, Cu) alloys Ogura T, Hirosawa S, Cerezo A, Sato T |
437 - 442 |
3DAP Analysis and computer simulation of nanocluster formation in the initial aging stage of Al-Zn alloys Komiya Y, Hirosawa S, Sato T |
443 - 448 |
Modelling dispersoid precipitation during recrystallisation in AA3103 Lok ZJ, Miroux A, van der Zwaag S |
449 - 453 |
The effect of grain refiners for aluminium alloy containing Mn-Ti-Sr dispersoid Vacariu VT, Buzaianu A, Vasile E, Trusca R, Moldovan P |
455 - 460 |
Understanding the compromise between strength and exfoliation corrosion in high strength 7000 alloys Marlaud T, Baroux B, Deschamps A, Chemin JL, Henon C |
461 - 466 |
The effect of alloy addition on the high temperature properties of over-aged Al-Si(CuNiMg) cast alloys Cho YH, Joo DH, Kim CH, Lee HC |
467 - 472 |
Grain boundary segregation and precipitation in aluminium alloy AA6061 De Haas M, Van Scherpenzeel SM, De Hosson JTM |
473 - 478 |
Coherency loss of Al3SC precipitates during ageing of dilute Al-Sc alloys Tsivoulas D, Robson JD |
479 - 482 |
Influence of Cd and In on the formation kinetics of the delta' metastable phase in Al-Li-In(Cd) alloys Raho A, Kadi-Hanifi M |
483 - 487 |
Properties of rolled and extruded semiproducts made of new Al-Cu-Mg-Ag heat-resistant B-1213 alloy Fridlyander IN, Antipov VV, Fedorenko TP, Jakimova EG |
489 - 494 |
Study of the nanostructures formed in 2024 alloy during thermomechanical treatments Tolley A, Ferragut R, Somoza A |
495 - 500 |
Interaction between Cu and Sn in the early stages of ageing of Al-1.7at.%Cu-0.01at.%Sn Bourgeois L, Wong T, Xiong XY, Nie JF, Muddle BC |
501 - 506 |
Precipitation behavior of zirconium compounds in Zr-bearing Al-Mg-Si alloy Himuro Y, Koyama K, Bekki Y |
507 - 510 |
Age-hardening behavior and HRTEM observation of precipitates in excess Mg type Al-Mg-Si-Ag alloy Furihata A, Matsuda K, Nakamura JY, Ikeno S, Uetani Y |
511 - 514 |
The effect of Ag-addition on crystal structure of beta'-phase in Al-Mg-Sl alloy Nakamura J, Matsuda K, Nakamura Y, Sato T, Ikeno S |
515 - 518 |
Effect of small additions of Fe on the tensile properties and electrical conductivity of aluminum wires Shikagawa T, Itoh G, Suzuki S, Kuroda H, Horikoshi T |
519 - 524 |
Heat treatment effect on properties of Al-Mg-Si-Cu 1370 alloy Kolobnev NI, Khokhlatova LB, Samokhvalov SV, Alekseev AA, Sbitneva SV, Tararaeva TI, Popov VI |
525 - 530 |
Recrystallisation resistance of extruded and cold rolled aluminium alloys with additions of Hf, Sc and Zr Hallem H, Rittel WJ, Forbord B, Marthinsen K |
531 - 536 |
An investigation of the solubility of scandium in iron-bearing constituent particles in aluminium alloys Royset J, Leinum JR, Overlie HG, Reiso O |
537 - 542 |
Effect of minor Sb additions on SDAS, age hardening and mechanical properties of A366 aluminum alloy casting Boontein S, Prukkanon W, Puparatanapong K, Kajornchaiyakul J, Limmaneevichitr C |
543 - 548 |
The effect of pre-ageing and addition of copper on the precipitation behaviour in Al-Mg-Si alloys Morley AI, Zandbergen MW, Cerezo A, Smith GDW |
549 - 554 |
Microstructural evolution during ingot preheat in 7xxx aluminum alloys for thick semiproduct applications Lim ST, Lee YY, Eun IS |
555 - 560 |
Evolution of nanostructure during the early stages of ageing in Al-Zn-Mg-Cu alloys Liddicoat PV, Honma T, Stephenson LT, Ringer SP |
561 - 566 |
Identification of quasicrystalline particles in an isothermally aged Al-10Mg-0.5Ag alloy Kubota M, Nie JF, Muddle BC |
567 - 572 |
Structure and mechanical behavior of Al-Sc alloys Milman Y |
573 - 578 |
Mprovement of structure and deformation behaviour of high strength Al-Zn-Mg foam Milman Y, Byakova A, Sirko A, Gnyloskurenko S, Nakamura T |
579 - 584 |
The influence of silicon on age hardening kinetics and phase precipitations in Al-Mg-Zn alloys Hansen V, Vevecka-Priftaj A, Fjerdingen J, Langsrud Y, Gjonnes J |
585 - 590 |
Factors influencing the heterogeneous nucleation of theta' in Al-Cu-In alloys Gable BM, Muddle BC |
591 - 596 |
Monitoring the evolution of the matrix copper composition in age hardenable Al-Cu alloys Nairn KM, Gable BM, Stark R, Ciccosillo N, Hill AJ, Muddle BC, Bastow TJ |
597 - 602 |
The effect of alloying additions on vacancy behaviour in aluminium-copper alloys Kratzer T, Gable BM, Nairn KM, Bastow TJ, Muddle BC, Hill AJ |
603 - 608 |
Damage tolerance capability of an Al-Cu-Mg-Ag alloy(2139) Cho A, Bes B |
609 - 614 |
Influence of an inclined cooling plate on the production of A356/CNF and A356/SiC mmc by compocasting Mussi RGS, Motegi T, Tanabe F, Kawamura H, Anzai K, Shiba D, Suganuma M |
615 - 620 |
The role of alloying elements on the surface treatment and finishing of aluminium Thompson GE |
621 - 628 |
Surface science studies of the effect of Al alloy microstructure on the formation of chromate coatings Kulinich SA, Akhtar AS, Susac D, Wong KC, Wong PC, Mitchell KAR |
629 - 633 |
Filiform corrosion on 6000 series aluminium: Kinetics and inhibition strategies Coleman AJ, McMurray HN, Williams G, Afseth A, Scamans G |
635 - 640 |
Influence of composition and roughness on localized corrosion of Al-Mg-Si alloys characterized by microelectrochemistry Eckermann F, Uggowitzer PJ, Schmutz P |
641 - 646 |
Intergranular corrosion and stress corrosion cracking of sensitised AA5182 Davenport AJ, Yuan Y, Ambat R, Connolly BJ, Strangwood M, Afseth A, Scamans G |
647 - 654 |
Corrosion of painted aluminium sheet Scamans GM, Afseth A, Thompson GE, Liu Y, Zhou X |
655 - 660 |
Fracture mechanical testing of adhesion of organic coatings on aluminium Rodahl S, Nisancioglu K, Knudsen OO |
661 - 666 |
Protection of aluminum alloys via hybrid sol-gel coatings with encapsulated organic corrosion inhibitors Khramov AN, Balbyshev VN, Mantz RA |
667 - 671 |
Significance of low copper content on grain boundary nanostructure and intergranular corrosion of AlMgSi(Cu) model alloys Larsen MH, Walmsley JC, Lunder O, Nisancioglu K |
673 - 678 |
Surface segregation of indium by heat treatment of aluminium Graver B, van Helvoort A, Walmsley JC, Nisancioglu K |
679 - 686 |
Scanning Kelvin Probe studies of cosmetic (filiform) corrosion on AA6016 McMurray HN, Coleman A, Williams G, Afseth A, Scamens G |
687 - 692 |
Consequences of hot rolling of recycled AA5050 on Filiform corrosion Premendra P, Loven W, Terryn H, Dewit JHW, Katgerman L |
693 - 698 |
Exfoliation corrosion mechanism: interplay between intergranular corrosion and stress corrosion cracking during exfoliation corrosion of AA7449. Henon C, Pouget G, Warner T |
699 - 704 |
Corrosion and protection of friction stir welds Davenport AJ, Jariyaboon M, Padovani C, Tareelap N, Connolly BJ, Williams S, Siggs E |
705 - 710 |
Influence of microstructure on electrochemical properties of severely deformed Al-5 wt% Cu alloy by ECAP Zhang ZG, Akiyama E, Watanabe Y, Katada Y, Tsuzaki K |
711 - 716 |
Roughening of coated aluminum sheets during plastic straining Roters F, Raabe D, Weiland H |
717 - 722 |
Properties of oxide formed on aluminium in aqueous acetate buffer Giskeodegard N, Blajiev O, Hubin A, Terryn H, Hunderi O, Nisancioglu K |
723 - 728 |
A novel anti-corrosion coating for aluminum alloy Huang W, Li D, Zheng TL, Guo M |
729 - 733 |
Surface treatment for corrosion resistant aluminum alloys by removing intermetallic phases Seri O |
735 - 740 |
Investigation on microstructure and corrosion behaviour of 6XXX series aluminium alloys Braun R |
741 - 746 |
Pitting corrosion behavior of the 6056-T78 aluminum alloy Bourdet P, Blanc C, Mankowski G, Guillot J |
747 - 752 |
Initial pitting behavior of LY12 aluminum alloy in simulated marine atmosphere Han DS, Guo M, Li D |
753 - 758 |
Surface science studies of the effect of Mn2+ on zinc phosphating of 2024-T3 Al alloy Akhtar AS, Susac D, Wong KC, Wong PC, Mitchell KAR |
759 - 764 |
Influence of zincate treatment on adhesion strength of electroless nickel-phosphorus plated film for commercial pure aluminum Murakami K, Hino M, Hiramatsu M, Osamura K, Kanadani T |
765 - 770 |
Surface modification of aluminum alloys Wada T, Fujiwara J |
771 - 776 |
Effect of copper content on the bendability of Al-Mg-Si alloy sheet Asano M, Minoda T, Ozeki Y, Yoshida H |
777 - 782 |
Characterization of ageing products in AA6111 using dynamic dislocation-defect analysis Saimoto S, Subbaiyan S, Gabryel C |
783 - 788 |
The large strain flow stress behaviour of aluminium alloys as measured by channel-die compression (20-500 degrees C) Bacha A, Maurice C, Klocker H, Driver JH |
789 - 794 |
Temperature-dependent shear strain localization of aluminum-lithium alloy in uniaxial compression using Zerilli-Armstrong and gradient plasticity models Wang XB |
795 - 802 |
Overview of forming and formability issues for high volume aluminum car body panels Daniel D, Guiglionda G, Litalien P, Shahani R |
803 - 808 |
Mapping the crystal orientation distribution function to discrete orientations in crystal plasticity finite element forming simulations of bulk materials Roters F |
809 - 814 |
Study of microstructure and texture evolution using in-situ EBSD investigations and SE imaging in SEM Bjerkaas H, Fjeldbo SK, Roven HJ, Hjelen J, Chiron R, Furu T |
815 - 820 |
Damage-based finite element modeling of stretch flange forming of aluminum-magnesium alloy Chen ZT, Worswick M, Lloyd D |
821 - 827 |
Damage investigation in aluminum alloys by X ray tomography Maire E, Grenier JC, Babout L |
829 - 834 |
Modelling of ductile fracture in the presence of two populations of voids - applications to aluminium alloys Fabregue D, Lassance D, Pardoen T |
835 - 840 |
Precipitation and mechanical properties of supersaturated Al-Zn-Mg alloys processed by severe plastic deformation Schiller I, Gubicza J, Kovacs Z, Chinh NQ, Illy J |
841 - 845 |
Influence of temperature and strain rate on the plastic deformation of two commercial high strength Al alloys Johansson M, Hornqvist M, Karlsson B |
847 - 852 |
Effect of deformation route and Sc and Zr addition on ultra-fine grain formation and superplasticity in Al-Mg alloys Kang SB, Kim JW, Kim HW |
853 - 858 |
Correlation of strength with hardness and electrical conductivity for aluminium alloy 7010 Salazar-Guapuriche MA, Zhao YY, Pitman A, Greene A |
859 - 864 |
Influence of iron content on the mechanical properties of AA6016 alloy sheet Minoda T, Asano M, Yoshida H |
865 - 870 |
Nonuniform temperature distribution in adiabatic shear band using measured shear stress-shear strain curve in torsion of thin-walled tube aluminum alloy specimen and gradient-dependent plasticity Wang XB |
871 - 876 |
Influence of scandium addition on the high temperature compressive strength of aluminium alloy 7010 Mukhopadhyay AK, Prasad KS, Dutta A |
877 - 882 |
An analysis of microband orientation in hot deformed aluminium alloy AA5052 using forward and reverse torsion Lopez-Pedrosa M, Wynne BP, Rainforth WM, Cizek P |
883 - 888 |
Temperature and strain rate effects on the dynamic strain ageing of aluminium alloy AA7030 Hornqvist M, Karlsson B |
889 - 893 |
Experimental and numerical study in denting resistance of 6111-T4 aluminium alloy Peixinho N, Pinho A |
895 - 900 |
Effect of microstructure on crack of Al-Mg-Si alloy extrusions during axial compression Morita K, Yoshihara S, Oka T |
901 - 906 |
Effect of artificial aging temper on the microstructure and properties of 7B04 pre-stretched thick plate Zhu BH, Zhang YA, Xiong BQ, Li ZH, Wang F, Liu HW |
907 - 912 |
Boss formability of nano-structured aluminum alloys at elevated temperatures Park JW, Chung YH, Lee KH |
913 - 918 |
The Bauschinger effect in AA 6111 Proudhon H, Poole WJ |
919 - 924 |
Numerical analysis on the extruded volume and length ratios of backward tube to forward rod in combined extrusion processes Ham BS, Ok JH, Seo JM, Hwang BB, Min KH, Koo HS |
925 - 930 |
An analysis on the forming characteristics of AA 6063 aluminum alloy in radial-forward extrusion process Lee GM, Koo HS, Choi HJ, Hwang BB |
931 - 936 |
An analysis on the surface expansion of aluminum alloys in backward can extrusion process Ok JH, Hwang BB |
937 - 942 |
The influence of die geometry on the radial extrusion processes with AA 6063 aluminum alloy Jang DH, Ok JH, Koo HS, Lee GM, Hwang BB |
943 - 948 |
An analysis on the force requirement of combined operations for forward and backward tube forming Hwang BB, Lee GM, Lee YH, Ok JH, Kim SH |
949 - 954 |
An analysis on the forming load of AA 2024 aluminum alloy in combined and sequence operation process Hwang BB, Shim JH, Seo JM, Koo HS, Ok JH, Lee YH, Lee GM, Min KH, Choi HJ |
955 - 960 |
The forming characteristics of AA 2024 aluminum alloy in radial extrusion process combined with backward extrusion Jang DH, Ok JH, Lee GM, Hwang BB |
961 - 966 |
Work hardening behaviour of an Al-2.8Mg-0.16Sc alloy Fazeli F, Poole WJ, Sinclair CW |
967 - 972 |
Experimental study of the stretch flange formability of Al-Mg sheet Chen ZT, Worswick MJ, Lloyd DJ |
973 - 977 |
The Die Forgings of high corrosion resistance, wieldable, super light 1420 aluminum alloy Fridlyander IN, Grushko OE, Denisov BS, Varganov VA |
979 - 984 |
A comparison of flow stress and microstructure development of Al alloys in plane strain compression and multiple forging Ringeval S, Driver JH |
985 - 990 |
Investigation on mechanism of ductile fracture of AA5754 sheet Kang JD, Wilkinson DS, Embury JD, Hussain K |
991 - 996 |
Precipitation strengthening in AA7449 aluminum alloy: understanding the relationship between microstructure, yield strength and strain hardening Fribourg G, Deschamps A, Brechet Y |
997 - 1004 |
Characterisation and modelling of the three dimensional propagation of short fatigue cracks Buffiere JY, Ferrie E, Ludwig W, Gravouil A |
1005 - 1010 |
Assessment of damage and fracture behaviors in a cast aluminum alloy via in-situ synchrotron microtomography Yamamoto S, Toda H, Qian LH, Ohgaki T, Kobayashi M, Kobayashi T, Uesugi K |
1011 - 1016 |
Application of the three-dimensional damage percolation model and X-ray tomography for damage evolution prediction in aluminum alloys Orlov O, Maire E, Adrien J, Worswick MJ, Lloyd DJ |
1017 - 1022 |
Toughness after interrupted quench Shuey RT, Tiryakioglu M, Bray GH, Staley JT |
1023 - 1028 |
Experimental analysis of toughness in 6156 Al-alloy sheet for aerospace applications Morgeneyer TF, Starink MJ, Sinclair I |
1029 - 1034 |
On the origin of the enhanced creep resistance in underaged Al-Cu based alloys Hutchinson CR, Cornall P, Goune M |
1035 - 1040 |
Creep of Al-Sc microalloys with rare-earth element additions Karnesky RA, Seidman DN, Dunand DC |
1041 - 1046 |
Prediction of long term stress rupture data for 2124 Wilshire B, Burt H, Lavery NP |
1047 - 1051 |
Influence of strain rate on shear localization during deformation and fracture of 5754 and 5182 aluminum alloy Hadianfard MJ, Worswick MJ |
1053 - 1058 |
Hydrogen accumulation during fatigue deformation of Al-Mg-Si base alloys Horikawa K, Kobayashi H |
1059 - 1064 |
High-temperature fatigue of deep rolled aluminium alloy AA6110-T6 Juijerm P, Altenberger I, Scholtes B |
1065 - 1070 |
Effect of periodic overloads on fatigue crack propagation in aluminum alloys Heidemann J, Albrecht J, Lutjering G |
1071 - 1076 |
Microstructural factors affecting fatigue initiation in various Al based bearing alloys Ali MS, Reed PAS, Syngellakis S, Moffat A, Perrin C |
1077 - 1082 |
Fatigue behaviour in fine grained aluminium alloys Venning LJ, Sinclair I, Reed PAS |
1083 - 1088 |
Microstructural analysis of fatigue initiation in Al-Si casting alloys Moffat AJ, Mellor BG, Chen CL, Thomson RC, Reed PAS |
1089 - 1094 |
Role of residual stresses on fatigue crack propagation of FSW 6056-T78 aluminium joints under various technologies Lafly AL, Donne CD, Biallas G, Allehaux D, Marie F |
1095 - 1100 |
Combined simulation and experiment for Friction Stir Welding process development Reynolds AP |
1101 - 1106 |
Modelling precipitate evolution during Friction Stir Welding of aerospace aluminium alloys Robson JD, Kamp N, Sullivan A, Shercliff HR |
1107 - 1112 |
The influence of processing parameters on microstructure of Al 5754 friction stir spot welds Gerlich A, Avramovic-Cingara G, North TH |
1113 - 1118 |
Investigation on strength and corrosion behaviour of friction stir welded similar and dissimilar aluminium alloys Braun R, Mercado UA, Biallas G |
1119 - 1124 |
Interfacial microstructure of A6111/steel lap joint fabricated by defocused laser beam welding Lee KJ, Kumai S, Ishikawa N, Furuya K |
1125 - 1130 |
Novel technique for joining of thick section difficult-to-weld aluminium alloys Ilyushenko R, Nesterenkov V |
1131 - 1138 |
Mechanical and corrosion behaviour of the 2139 aluminium-copper alloy welded by the Friction Stir Welding using the bobbin tool technique Allehaux D, Marie F |
1139 - 1144 |
Laser and hybrid laser-MIG welding of 6.35 and 12.7mm thick aluminium aerospace alloy Allen CM, Verhaeghe G, Hilton PA, Heason CP, Prangnell PB |
1145 - 1150 |
Interfacial microstructure of magnetic pressure seam welded Al-Fe, Al-Ni and Al-Cu lap joints Watanabe M, Kumai S, Aizawa T |
1151 - 1156 |
Liquid film migration in aluminium brazing sheet? Wittebrood A, Desikan S, Boom R, Katgerman L |
1157 - 1162 |
Interface reactions of Al and binary Al-alloys on mild steel substrates in controlled atmosphere Fragner W, Zberg B, Sonnleitner R, Uggowitzer PJ, Loffler JF |
1163 - 1168 |
Effect of welding parameters on mechanical and microstructural properties of dissimilar AA6082-AA2024 joints produced by Friction Stir Welding Cavaliere P, Squillace A |
1169 - 1174 |
Epitaxial grain growth during surface modification of friction stir welded aerospace alloys by a pulsed laser system Ryan P, Prangnell PB, Williams SW |
1175 - 1180 |
Creep and creep rupture of FSW joints of 5052 aluminum alloy plates Sugamata M, Genei M, Kubota M, Kaneko J |
1181 - 1186 |
Microstructural evolution in AA7449 plate subject to friction stir welding and post weld heat treatment Sullivan A, Kamp N, Robson JD |
1187 - 1192 |
Investigation of global buckling distortion in welding of a thin wall aluminum T joint Zaeem MA, Nami MR, Rajabi I, Kadivar MH |
1193 - 1200 |
Development of aluminum foam processes and products Bryant JD, Wilhelmy D, Kallivayalil J, Wang W |
1201 - 1208 |
Aluminium in future cars - A challenge for materials science von Zengen KH |
1209 - 1214 |
AluMATTER, a new interactive e-learning tool Hirsch J, Leroy C, Green A |
1215 - 1220 |
Synthesis of aluminium based bulk materials from micro and nano particles using back pressure equal channel angular consolidation Wu X, Xia K |
1221 - 1226 |
Optimisation of the strength of aluminium foam sandwich (AFS) panels by different heat treatments Shabestari SG, Wanderka N, Seeliger W, Banhart J |
1227 - 1232 |
Accumulative roll bonding of AA8006, AA8011 and AA5754 sheets Slamova M, Homola P, Slama P, Karlik M, Cieslar M, Ohara Y, Tsuji N |
1233 - 1238 |
Advanced aluminum and hybrid aerostructures for future aircraft Liu J |
1239 - 1244 |
Designing aluminum alloys for a recycling friendly world Das SK |
1245 - 1250 |
New light-weight aluminum alloys with high Mg2Si-content by spray forming Stelling O, Irretier A, Kessler O, Krug P, Commandeur B |
1251 - 1256 |
Microstructure and mechanical properties of Fe-containing Al-alloys processed by a rheo-diecasting process Fang X, Shao G, Fan Z |
1257 - 1263 |
Role of Bi and Ca additions in controlling the microstructure of Sr-modified 319 alloys El-Hadad S, Samuel AM, Samuel FH, Doty HW, Valtierra S |
1265 - 1270 |
Hydrogen permeation behavior in aluminum alloys Izumi T, Itoh G, Itoh N, Sasaki Y |
1271 - 1278 |
Recently-developed aluminium solutions for aerospace applications Warner T |
1279 - 1284 |
Microstructures of alumina-aluminium/magnesium interpenetrating composites Higginson RL, Chang H, Binner JGP |
1285 - 1290 |
Superplasticity in coarse-grained Al-Mg alloys Samuel E, Jonas JJ, Samuel FH, MacEwen SR |
1291 - 1296 |
Metallurgical mechanisms controlling mechanical properties of aluminum alloy 2219 produced by electron beam freeform fabrication Domack MS, Taminger KMB, Begley M |
1297 - 1302 |
Evolution and control of 2219 aluminum microstructural features through electron beam freeform fabrication Taminger KM, Hafley RA, Domack MS |
1305 - 1310 |
Structure and properties of mechanically alloyed composite materials from scrap of Al alloys Aksenov AA, Samoshina ME, Belov NA |
1311 - 1316 |
Development of oxide film in aluminum melt Huang LW, Chen YJ, Shih TS, Hwang LR |
1317 - 1322 |
Thermally sprayed quaternary Al-Sn based alloys for applications in automotive journal bearings Marrocco T, Driver LC, McCartney DG, Harris SJ |
1323 - 1328 |
Evaluation of AA 2050-T87 Al-Li alloy crack turning behavior Crill MJ, Chellman DJ, Balmuth ES, Philbrook M, Smith KP, Cho A, Niedzinski M, Muzzolini R, Feiger J |
1329 - 1334 |
Microstructural characterization of the crystallization sequence of a severe plastically deformed Al-Ce-Ni-Co amorphous alloy Kovacs Z, Henits P, Zhilyaev AP, Chinh NQ, Revesz A |
1335 - 1340 |
Self-blowing process of al foam assisted by exothermic reaction Kobashi M, Kanetake N |
1341 - 1348 |
In-situ SEM observations of moving interfaces during recrystallisation van der Zwaag S, Anselmino E, Miroux A, Prior DJ |
1349 - 1354 |
Use of Small-Angle X-ray Scattering for the characterisation of precipitates in aluminium alloys Deschamps A, Dumont M, Lae L, Bley F |
1355 - 1360 |
Early stage hardening in AlCuMg alloy studied by Cu-63 nuclear magnetic resonance and positron annihilation Bastow TJ, Hill AJ |
1361 - 1366 |
Observation of precipitates in aluminum alloys by sub-micrometer resolution tomography using Fresnel zone plate Toda H, Minami K, Kobayashi M, Uesugi K, Takeuchi A, Kobayashi T |
1367 - 1372 |
Non destructive three dimensional imaging of aluminum alloys Maire E, Buffiere JY, Mokso R, Cloetens P, Ludwig W |
1373 - 1378 |
Laser-ultrasonic characterization of the microstructure of aluminum Moreau A |
1379 - 1384 |
Neutron diffraction techniques for alloy characterization and development Gharghouri MA |
1385 - 1390 |
Guinier-Preston and Guinier-Preston-Bagaryatsky zone reversion in Al-Cu-Mg alloys studied by NMR Bastow TJ, Hill AJ |
1391 - 1396 |
Electrical resistivity measurements: a sensitive tool for studying aluminum alloys Raeisinia B, Poole WJ |
1397 - 1401 |
Activation energy (migration defects) in 7075 aircraft alloys by positron annihilation lifetime technique (PALT) Badawi EA, Abdel-Rahman MA, Abdellah MS |
1403 - 1408 |
Physical simulation of longitudinal weld seam formation in aluminium extrusions Edwards SP, den Bakker AJ, Zhou J, Katgerman L |
1409 - 1414 |
Field assisted sintering consolidation of Al-Si-Fe-X alloy powder/flakes produced through air atornization/melt spinning Sastry KY, Froyen L, Vleugels J, Van der Biest O, Schattevoy R, Hummert K |
1415 - 1420 |
Analysis of hardness maps on aluminium alloy processed by ECAP Leo P, Cerri E, McQueen H, De Marco PP |
1421 - 1428 |
The influence of grain structure and texture on formability and toughness of extruded aluminium alloys Furu T, Pedersen KO |
1429 - 1434 |
Modeling dissolution in aluminum alloys using a sharp-interface front-tracking method Durbin TL, Sanders TH |
1435 - 1440 |
Modelling heterogeneous precipitation in 7xxx aluminium alloys during complex processing Kamp N, Sullivan A, Tomasi R, Robson JD |
1441 - 1446 |
Microstructure refinement of Al-Si alloy using Compressive Torsion Processing Kume Y, Kobashi M, Kanetake N |
1447 - 1452 |
The important role of dissolved elements (Mn,Fe) in the process of rolled products and their effects on final properties Hasenclever J |
1453 - 1460 |
Modelling microstructure and properties: The contributions of grain size, DAS and bifilms Campbell J, Tiryakioglu M |
1461 - 1466 |
Understanding T-ingot horizontal DC casting using process modelling Larouche A, Lane M, DiCiano M, Maijer D, CockCroft S, Thiffault R |
1467 - 1472 |
Continuous cooling transformation (CCT) diagram of aluminum alloy Al-4.5Zn-1Mg Kessler O, von Bargen R, Hoffmann F, Zoch HW |
1473 - 1478 |
Application of a mathematical model to simulate multi-pass hot rolling of aluminum alloy AA5083 Ahmed H, Wells MA, Maijer DM, Van der Winden MR |
1479 - 1484 |
Effect of hot-extrusion conditions on mechanical properties and microstructure of P/M Al-Zn-Mg-Cu alloys containing Zr Adachi H, Osamura K, Kusui J, Okaniwa S |
1485 - 1492 |
Aging behavior of aluminum alloys after severe plastic deformation Horita Z |
1493 - 1498 |
Historical evolution of thermomechanical processes applied to aluminum alloys McQueen HJ |
1499 - 1504 |
Improved multiple ageing treatments for AA6111 Goh SL, Nie JF, Bourgeois L, Muddle BC, Embury JD |
1505 - 1510 |
Formability and bake-hardenability of Al-Mg-Cu alloy sheets by asymmetric warm rolling Suzuki Y, Omura T, Hirosawa S, Sato T |
1511 - 1518 |
Industrial application of through-process modelling II: Microstructural models and descriptors required for thermo-mechanical processing Crumbach M, Quested T, Hamerton R |
1519 - 1524 |
Modeling structure of Al-Sn alloy Padhi P, Anand K, Kar D, Ghosh S, Panigrahi SC |
1525 - 1532 |
A heat transfer model for the production of semi-solid billets with the SEED process Colbert J, Bouchard D |
1533 - 1538 |
Analyzing the cold rolling of aluminum using a new software (Matroll) Dehghani K, Abdollahi H, Abbasi S |
1539 - 1544 |
Impact and fatigue crack growth behavior of a yield strength graded Al-Zn-Mg alloy Bakshi S, Kumar S |
1545 - 1550 |
Control of earing in deep drawing of roll-cast AA3003 aluminum sheets Mahmudi R, Alaiha MM |
1551 - 1556 |
Effect of rolling friction on the development of {111} texture in A1050 aluminum sheets Sudo M |
1557 - 1562 |
Excess free volume of high angle grain boundaries in aluminum Ivanov VA, Molodov DA, Shvindlerman LS, Gottstein G, Kolesnikov D, Lojkowski W |
1563 - 1568 |
Modelling of microstructure and texture and the resulting properties during the thermo-mechanical processing of aluminium sheets Engler O |
1569 - 1578 |
Recrystallization of AA1050 studied by 3DXRD Jensen DJ |
1579 - 1584 |
In situ SEM-EBSP observations of recrystallization texture formation in Al-3mass%Mg alloy Kajihara K, Matsumoto K, Matsumoto K |
1585 - 1590 |
Effect of thermomechanical processing on texture and mechanical properties of Al-Cu-Li alloy plate Cho A, Long Z, Lisagor B, Bales T, Domack M, Wagner J |
1591 - 1596 |
Softening of an AA3103 alloy analysed using gallium enhanced microscopy Ekstrom HE, Mishin OV, Ostensson L, Hagstrom J |
1597 - 1604 |
Boundary mobilities in binary Al-Mn alloys Driver JH, Maurice C, Barou F, Lens A |
1605 - 1610 |
Influence of concurrent precipitation on the nucleation kinetics during recrystallisation in AA3003 Chen SP, Miroux A, Van der Zwaag S |
1611 - 1616 |
Deformation and recrystallisation behaviour of a homogenised and a heterogenised Al-Mg-Si alloy Morgenstern R, Videm M, Marthinsen K, Nes E, Furu T |
1617 - 1622 |
Changes in grain size distribution of a submicron grained Al-Sc alloy during high temperature annealing Burhan N, Ferry M |
1623 - 1628 |
Effect of Mn intermetallic particle on microstructure development of P/M Al-Zn-Mg-Cu-Mn alloy Morimoto Y, Adachi H, Osamura K, Kusui J, Okaniwa S |
1629 - 1634 |
An investigation of novel spraycast AI-Mg-Li-Zr-(Sc) alloys Hogg SC, Palmer IG, Grant PS |
1635 - 1640 |
Recrystallization behavior in twin-roll continuous cast Al-Fe-Ni alloy Niikura A, Kawahara A, Kimura G, Doko T |
1641 - 1646 |
A comparative study on the softening behaviour of cold rolled ingot and continuous cast AA5754 Sarkar S, Wells MA, Poole WJ |
1647 - 1652 |
Precipitation and recrystallization in an Al-Mg-Sc alloy Roumina R, Sinclair CW, Fazeli F |
1653 - 1658 |
Recovery of tensile properties of AA5182 after cold rolling Diak BJ, Verlinden B |
1659 - 1664 |
Geometric misorientation changes in aluminum subjected to strain path change test Avramovic-Cingara G, McQueen HJ |
1665 - 1673 |
Towards a micro-macro model of hot tearing Rappaz M, Drezet JM, Mathier V, Vernede S |
1675 - 1680 |
The effect of grain refinement and cooling rate on the hot tearing of wrought aluminium alloys Easton M, Grandfield J, StJohn D, Rinderer B |
1681 - 1686 |
Thermal contraction during solidification of aluminium alloys Eskin DG, Katgerman L |
1687 - 1692 |
Effect of Advanced Cooling Front (ACF) phenomena on film boiling and transition boiling regimes in the secondary cooling zone during the direct-chill casting of aluminum alloys Caron EJFR, Wells MA |
1693 - 1698 |
Improved VDC casting of aluminium alloys through an understanding of the surface properties of the molten metal Taylor JA, Bainbridge IF |
1699 - 1706 |
Modeling of porosity formation in aluminum alloys Carlson KD, Lin ZP, Beckermann C, Mazurkevich G, Schneider M |
1707 - 1712 |
3D microstructure reconstruction of aluminum alloys quenched during solidification Ruvalcaba D, Eskin D, Katgerman L |
1713 - 1718 |
Influence of cooling rate on morphology and distribution of Fe-containing intermetallic compounds in strip cast AA1100 type alloys Ashtari P, Gatenby K, Gallerneault M |
1721 - 1726 |
Characterization of Fe-rich intermetallic phases in a 6xxx series Al alloy Sha G, O'Reilly KAQ, Cantor B |
1727 - 1732 |
Effects of alloy chemistry and solidification rate on the mechanical properties of an Al-9Si-1Cu alloy for powertrain applications Emadi D, MacKay RI, Whiting LV, Sokolowski JH, Sahoo M |
1733 - 1740 |
Tear toughness evaluation of high-quality squeeze-cast and rheocast aluminum alloy castings Kumai S |
1741 - 1746 |
The effect of casting variables on the structure of hypereutectic Al-Si alloys Faraji M, Todd I, Jones H |
1747 - 1752 |
Solidification behaviour of 357 Al-alloy under intensive forced convection Hitchcock M, Fan Z |
1753 - 1758 |
A combined numerical and experimental study of the effects of controlled fluid flow on alloy solidification Steinbach S, Dagner J, Hainke M, Friedrich J, Ratke L |
1759 - 1764 |
Effects of high frequency electromagnetic field on improving macro/micro structure and reducing segregation for aluminum alloy billets Hao H, Zhang XG, Park J, Kim H, Yao S, Jin JZ |
1765 - 1770 |
The impact of partial drainage on chemical composition of 356 Al-Si alloy Nafisi S, Lashkari O, Langlais J, Ghomashchi R |
1771 - 1776 |
CDS method for casting aluminum-based wrought alloy compositions: theoretical framework Apelian D, Makhlouf MM, Saha D |
1777 - 1782 |
A validated through process model to predict the fatigue life of a cast A356 automotive wheel Lee PD, Li PF, Maijer DM, Lindley TC |
1783 - 1788 |
Industrial application of through-process modelling 1: Microstructural Descriptors required from the casting model for downstream process stages Quested T, Crumbach M, Hamerton R |
1789 - 1794 |
Effects of solidification range on the structure of aluminium alloys obtained under conditions of constant melt flow Turchin AN, Eskin DG, Katgerman L |
1795 - 1800 |
The influence of fluid flow on intermetallic phases in Al-cast alloys Steinbach S, Euskirchen N, Witusiewicz V, Sturz L, Ratke L |
1801 - 1808 |
Light alloy castings for automotive applications: The case of Al vs. Mg Caceres CH |
1809 - 1814 |
Direct chill casting of CLAD ingot Wagstaff RB, Lloyd DJ, Bischoff TF |
1815 - 1820 |
The effect of aging processes on the structure and properties of rapidly solidified Al-Sc, Al-Zr and Al-Hf alloys Berezina AL, Segida OO, Nosenko VK, Schmidt U, Kotko AV |
1821 - 1825 |
Solidification structure and casting defect in a high-speed twin-roll cast A6022 aluminum alloy with various Fe contents Suzuki K, Kumai S, Tokuda K, Miyazaki T, Ishihara A, Nagata Y, Haga T |
1827 - 1834 |
Feeding blockage of aluminum horizontal continuous casting Chen XG |
1835 - 1840 |
Semi-solid slurry preparation without additional stirring, cup-cast method Pahlevani F, Yaokawa J, Anzai K |
1841 - 1846 |
Role of grain refining in macrosegregation upon direct chill casting of AA 2024 round billet Nadella R, Eskin D, Katgerman L |
1847 - 1852 |
Rheo-extrusion of A7075 aluminum alloy utilizing semi-solid slurry manufactured by simple method Nagata R, Uetani Y, Takagi H, Matsuda K, Ikeno S |
1853 - 1858 |
Structure stabilization Al-(10-14)%Mg alloys during the long-term natural ageing Berezina AL, Monastyrska TO, Molebny OA |
1859 - 1864 |
Grain refinement performance of aluminum cast-alloy by deformed Al-Al3Ti alloy refiner Sato H, Ota K, Watanabe Y, Zhang ZG, Tsuzaki K |
1865 - 1870 |
Effect of solution treatment and artificial aging on the work hardening characteristics of D357 alloy castings Tiryakioglu M |
1871 - 1875 |
Observations of intermetallic compound formation of hot dip aluminized steel Kee-Hyun K, Van-Daele B, Van-Tendeloo G, Jong-Kyu Y |
1877 - 1882 |
Mechanical behaviour in the mushy state during isothermal tensile testing Fabregue D, Deschamps A, Suery M, Poole WJ |
1883 - 1888 |
Effect of an addition of silver on the age hardening and the formation of a soft surface layer in an Al-12mass%Zn alloy Kanadani T, Nakagawa K, Hosokawa N, Sakakibara A, Murakami K, Hino M |
1889 - 1894 |
Influences of iron content and solidification rate on mechanical properties of 6022 base aluminum alloys Tokuda K, Kumai S, Ishihara A, Suzuki K |
1895 - 1900 |
Effect of heat treatment condition and alloy composition on hydrogen content in Al-Mg alloys Umeda H, Itoh G, Kato Y |
1901 - 1906 |
Work hardening behaviour of heat-treatable Al-Mg-Si-alloys Friis J, Holmedal B, Ryen O, Nes E, Myhr OR, Grong O, Furu T, Marthinsen K |
1907 - 1911 |
Research of super lattice structure parameters in alloys of Al-Li-Mg system Setuykov OA, Fridliander IN, Shamray VF |
1913 - 1918 |
Delineating the role of second phase particles in AA6111 Wang X, Poole WJ, Embury JD, Lloyd DJ |
1919 - 1924 |
Production of AA6082 feedstock for forming in the semi-solid state Birol Y |
1925 - 1930 |
Hot deformation behaviour and microstructure in Al-Cu-Li alloy containing small amount of Ag and Mg Chen ZG, Zheng ZQ, Han DF |
1931 - 1936 |
Trace element effects on microstructure and mechanical properties in Al-Cu-Li alloy after thermal exposure Zheng ZQ, Chen XZ, Chen ZG, Li SC, Wei XY |