Time |
|
16:00-19:30 |
Registration in St. Catherine’s College Porters’ Lodge |
18:00-19:00 |
Welcome reception in the JCR |
Time |
Bernard Sunley Building (unless stated otherwise) |
Time |
JCR Lecture Theatre |
08:00 |
Breakfast in Hall (for those staying in College only) |
|
|
08:00 |
Registration in the Bernard Sunley Building foyer (and conference office, room B, Bernard Sunley Building thereafter) |
|
|
09:00 |
Introductory Remarks |
|
|
09:20 |
2 minute poster presentations (Timekeeper: R.I Todd*,**) |
|
|
|
Deformation Mechanisms and Microstructural Development I: Bicrystals and Nanocrystals |
|
|
09:40 |
066 Keynote Presentation |
|
|
10:20 |
080 Invited Presentation |
|
|
10:45 |
Coffee |
|
Industrial Process Optimisation Chairmen: W. Beck**, R.D. Wood* |
11:00 |
102 Multi-scale modeling of nanocrystalline materials |
11:10 |
112 Finite element modeling of superplastic forming implicit vs explicit methods |
11:20 |
044 Grain boundary mechanisms of deformation in bi-crystals and nanocrystalline materials using molecular dynamics |
11:30 |
003 Multi-scale analysis of failure during superplastic deformation |
11:40 |
098 Invited Presentation - Prof. R. Valiev** will present this paper |
11:50 |
046 The measurement of friction for superplastic forming of Ti-6Al-4V |
12:05 |
127 Invited Presentation |
12:10 |
004 Finite element simulation for superplastic forming process of aluminium 5083 |
12:30 |
079 Tensile deformation behavior of electrodeposited nanocrystalline Ni-W alloy
|
12:30 |
058 Design of SPF dies based on advanced material behaviour models |
12:50 |
Lunch (Hall)
|
12:50 |
Lunch (Hall) |
|
Deformation Mechanisms and Microstructural Development II. Microcrystalline Materials Chairmen: N. Ridley*, R.Z. Valiev** |
|
Industrial Process Optimisation (cont.) |
13:50 |
121 Invited Presentation |
13:50 |
065 Invited Presentation |
14:20 |
069 Dynamics of grain boundary network in superplasticity |
14:20 |
025 The influence of pulsating strain rates on the deformation behavior of superplastic formed Al-alloy AA5083 |
14:40 |
105 Comparison between 2D or 3D characterisations of damage induced by superplastic deformation
|
14:40 |
039 Results of in-house cone-cup testing of low to high temperature SPF-alloys |
15:00 |
021 Dynamic grain growth in superplastic and non-superplastic aluminium alloys
|
15:00 |
001 A production system using ceramic die technology for superplastic forming
|
15:20 |
Discussion Session |
15:20 |
005 Manufacturing of shaped forms from stainless steels with superplastic forming |
15:40 |
Tea |
|
Tea |
16:00 |
Poster Session 1 |
|
|
17:30 |
Meeting of "ASM Committee for the Advancement of Superplasticity and Superplastic Forming" (Bernard Sunley Lecture Theatre) |
|
|
17:45 |
In the SCR: Meeting of ICSAM International Advisory Board, followed by dinner. |
|
|
19:00 |
Dinner in Hall (for those who have pre-booked it only) |
|
|
Time |
Bernard Sunley Building (unless stated otherwise) |
08:00 |
Breakfast in Hall (for those staying in College only) |
|
Superplastic Forming for Automotive Applications |
09:00 |
126 Keynote Presentation |
09:40 |
067 On the expanded usage of superplastic forming of aluminium sheet for automotive applications |
10:00 |
125 Invited Presentation |
10:25 |
087 Series production of automotive body panels in 5083-SPF using a new press concept |
10:45 |
Coffee |
|
Light Alloys for Commercial Applications |
11:05 |
114 Invited Presentation |
11:30 |
082 Superplastic behaviour of a fine grained AZ61 alloy processed by large strain hot rolling |
11:50 |
049 High temperature deformation behaviour of a Mg - 0.8Al alloy |
12:10 |
028 Lowering the heat - the development of reduced SPF temperature titanium alloys for aircraft production |
12:30 |
083 Applying superplastic forming principles to titanium sheet metal forming problems |
12:50 |
Lunch (Hall) |
13:50 |
2 minute poster presentations |
|
Ceramics and Intermetallics |
14:20 |
093 Invited Presentation |
14:45 |
136 Surprisingly high superplastic deformation rates achieved in liquid phase sintered ceramics |
15:05 |
131 Dopant effect on the high-temperature grain boundary sliding in alumina |
15:25 |
012 Superplastic phenomenon and electric properties of Sc2O3 doped zirconia-based ceramics |
15:45 |
Tea |
16:05 |
024 Application of pseud-superplasticity to produce TiN/Ti5Si3 and TiC/Ti5Si3 nano grain composites for micro molding |
16:25 |
034 Production of g-TiAl sheets with improved superplastic properties by pack rolling |
16:45 |
Poster Session 2 |
17:45 |
122 Invited Industrial Lecture and Open Discussion (Moderator: D. Sanders) |
19:30 |
Drinks (JCR) |
20:00 |
Conference Dinner (Hall) |
After dinner |
IoMMM Superplasticity Committee Meeting (JCR Lecture Theatre) |
Time |
Bernard Sunley Building |
08:00 |
Breakfast in Hall (for those staying in College only) |
09:00 |
Poster Session 3 |
|
Production of Superplastic Materials I: Conventional Approaches |
10:00 |
113 Invited Presentation |
10:30 |
077 In-situ observations of microstructural evolution during deformation of supral 100 |
10:50 |
Coffee |
11:10 |
115 Influence of zirconium precipitation on the superplastic behaviour of the Al-6Cu-Zr alloy, AA 2004 |
|
Production of Superplastic Materials II: Severe Plastic Deformation |
11:30 |
074 Invited Presentation |
11:55 |
076 Microstructural aspects in superplasticity of ultrafine-grained SPD alloys |
12:15 |
043 Superplastic behaviour and microstructure evolution in a commercial ultra-fine grained Al-Mg alloy |
12:35 |
104 Ultra-fine grain structures produced by severe deformation processing |
12:55 |
Lunch (Hall) |
|
Looking to the Future: New Processes and Applications for Commercial Exploitation |
13:55 |
011 Invited Presentation |
14:20 |
123 Superplastic forming of 7475 sheet after friction stir processing (FSP) |
14:40 |
118 The superplasticity of high carbon steels with application to dieless drawing |
15:00 |
091 Sandwich panel with aluminium foam core through superplastic diffusion bonding |
15:20 |
Tea |
15:40 |
086 Diffusion bonding on superplastic-aluminium and -magnesium alloys |
16:00 |
128 Invited Presentation |
16:25 |
Industrial Discussion Session |
17:25 |
Close |
18:30 |
Dinner in Hall (for those who have pre-booked it only) |
Time |
Bernard Sunley Building |
08:00 |
Breakfast in Hall (for those staying in College only) |
09:00 |
Meet in lodge for trip to Aeromet International (for those who have pre-booked it only) |
15:00 |
Approximate return time for coach |
PS: Poster Session in which authors are asked to attend poster
Rm: Room in which poster will be displayed
Ref |
Title |
Authors & Affiliations |
PS |
Rm |
|
|
|
|
|
002 |
The superplastic forming technology of titanium alloy bellows |
KF Zhang, G Wang, CW Wang, DZ Wu (Harbin Institute of Technology, PR China) |
1 |
A |
003 |
Constitutive modeling of deformation-induced anisotropy on superplastic materials |
MK Khraisheh (University of Kentucky, USA) |
2 |
A |
009 |
Fine microstructure production through sandglass extrusion |
Y Wang, W Lu (Beijing Research Institute of Mechanical & Electrical Technology, China) J Hai (Academy of Machinery Science & Technology, China) |
2 |
A |
013 |
Cavitation behaviours in a tetragonal zirconia polycrystal subjected to superplastic deformations measured by SANS method |
S Harjo, Y Motohashi (Ibaraki University, Japan) J Saroun, V Ryukthin (Nuclear Physics Institute, Czech Republic) P Strunz (Nuclear Physics Institute, Czech Republic & Hahn-Meitner Institut, Germany) M Baron, R Loidl (Institute Laue-Langevin, France & Atominstitut der Osterreichischen Universitaten, Austria) |
1 |
A |
014 |
Effect of grain size and change of microstructure on appearance of low temperature superplasticity in Al-Mg alloy |
M Noda, M Hirohashi (Chiba University, Japan) K Funami (Chiba Institute of Technology, Japan) |
2 |
A |
015 |
Studies of the superplastic behaviour of SiC particle reinforced aluminiuma alloy matrix composites |
B Zhang, DJ Mynors (Brunel University, UK) Z Wei, Y Wang (Beijing Research Institute of Mechanical & Electrical Technology, PR China) |
2 |
A |
016 |
Hyperbolic sine representation of a constitutive equation for superplastic forming grade inconel 718 |
B Zhang, DJ Mynors (Brunel University, UK) A Mugarra, K Ostolaza (ITP Industria de Turbo Propusore SA, Spain) |
2 |
A |
018 |
Role of diffusion creep in a superplastic zirconia-alumina composite |
S Swaroop, AH Chokshi** (Indian Institute of Science, India) |
1 |
A |
019 |
Problems encountered in superplastic forming of Al5083 parts |
B Gershon, I Eldror, I Arbel, J Milo (Israel Aircraft Industries Ltd, Israel) |
2 |
A |
020 |
Simulation of superplastic deformation based on a mantle model |
B-N Kim, K Moria, K Hiraga (National Institute for Materials Science, Japan) |
1 |
A |
022 |
WITHDRAWN - Microstructural coarsening during deformation in Al-Cu |
GAJ Henderson, KB Hyde, PS Bate* (Manchester Materials Science Centre, UK) |
2 |
A |
023 |
Dynamic grain growth in non-superplastic Al-6Ni alloy |
KB Hyde, PS Bate* (Manchester Materials Science Centre, UK) |
1 |
A |
026 |
WITHDRAWN - Development of ideas of sinergetics in the mechanics of superplasticity |
Ya. Rudaev (Kyrgyz-Russia Slavic University, Kyrgyzstan) OM Smirnov (Moscow State Steel & Alloys Institute, Russia) |
2 |
A |
029 |
High-strain-rate superplasticity in 3Y-TZP dispersed with 30vol% spinel particle |
K Morita, B-N Kim, K Hiraga, Y Sakka (National Institute for Materials Science, Japan) |
2 |
A |
030 |
The production of propellant tanks for satellites and rockets by superplastic blow forming |
K Hasezaki, M Kamada, T Takami (Mitsubishi Heavy Industries Ltd, Japan) S Sawai, E Sato (Institute of Space and Astronautics, Japan) |
1 |
A |
033 |
Superplastic blow forming of 2219 aluminium alloy |
R Kaibyshev, I Kazakulov, D Gromov (Institute for Metals Superplasticity Problems, Russia) DR Lesuer, TG Nieh** (Lawrence Livermore National Laboratory, USA) |
1 |
A |
035 |
Small dopant effect on the superplastic flow and failure in 3Y-TZP |
K Nakatani, H Nagayama, A Kuwabara, H Yoshida, T Sakuma** (The University of Tokyo, Japan) |
2 |
A |
036 |
Characterization of submicron-grained Ti-6Al-4V sheets with enhanced superplastic properties |
GA Salishchev, OR Valiakhmetov, RM Galeyev, FH Froes (Institute for Metals Superplasticity Problems, Russia) |
1 |
A |
037 |
Achieving superplasticity in a 7055 aluminium alloy |
F Musin (Ibaraki University, Japan & Institute for Metals Superplasticity Problems, Russia) R Kaibyshev, I Nikulin (Institute for Metals Superplasticity Problems, Russia) T Sakai, A Goloborodko (The University of Electro-Communications, Japan) |
2 |
A |
038 |
Superplasticity in an 7475 aluminium alloy subjected to ECAE |
F Musin (Ibaraki University, Japan & Institute for Metals Superplasticity Problems, Russia) R Kaibyshev, I Nikulin (Institute for Metals Superplasticity Problems, Russia) T Sakai (The University of Electro-Communications, Japan) |
2 |
A |
040 |
Development of submicrocrystalline titanium alloys using the 3D isothermal forging |
GA Salishchev, SV Zherebtsov, OR Valiakhmetov, RM Galeyev, S Yu Mironov (Institute for Metals Superplasticity Problems, Russia) |
1 |
A |
041 |
High temperature ductility and deformation mechanism in a 2024 aluminium alloy |
Y Takayama, N Ishikawa, H Kato, H Watanabe (Utsunomiya University, Japan) |
1 |
A |
042 |
Achievement of low temperature superplasticity in a commercial aluminium alloy processed by equal-channel angular extrusion |
F Musin (Ibaraki University, Japan & Institute for Metals Superplasticity Problems, Russia) R Kaibyshev (Institute for Metals Superplasticity Problems, Russia) Y Motohashi, G Itoh (Ibaraki University, Japan) |
2 |
A |
045 |
Effect of spinel second phase on high temperature deformation in alumina |
LN Satapathy, AH Chokshi** (Indian Institute of Science, India) |
1 |
A |
052 |
Creep of 3YTZP/Ni composites |
A Morales-Rodriguez, M Jimenez-Melendo, A Bravo-Leon, A Dominguez-Rodriguez (Universidad de Sevilla, Spain) |
1 |
A |
068 |
Steels and alloys for SPF tooling - their development and selection |
J-Y Moraux, A Hocquette, M Durbin (Aubert et Duval, UK) |
2 |
C |
070 |
Plastic behaviour of nanostructured yttria tetragonal zirconia polycrystals: the role played by yttrium segregation |
C Lorenza-Martin, D Gomez-Garcia, A Munoz-Bernabe, A Dominguez-Rodriguez (Universidad de Sevilla, Spain) |
1 |
C |
073 |
Effect of yttrium on the deformation of nanocrystalline Zr02 at elevated temperatures |
M Yoshida, Y Shinoda, T Akatsu, F Wakai (Tokyo Institute of Technology, Japan) |
2 |
C |
075 |
Physical theory of superplastic flow in spatially extended crystalline systems |
JD Munoz-Andrade (Universidad Central de Venezuela, Venezuela) |
1 |
C |
081 |
High temperature deformation and crystallographic orientation distribution for an Al-Mg-Mn alloy sheet worked by continuous cyclic bending |
Y Takayama, H Kato, T Itoh, E Harunari (Utsunomiya University, Japan) N Furushiro (Osaka University, Japan) |
2 |
C |
088 |
Influence of channel geometry on superplasticity in equal-channel angular pressing |
M Kamachi, F Takayaoshi, Z Horita (Kysuhu University, Japan) TG Langdon (University of Southern California, USA) |
1 |
C |
089 |
Superplasticity of a Cu-Zn-Sn alloy processed by equal-channel angular pressing |
K Neishi, Z Hotira (Kyushu University, Japan) T Uchida, N Ashie, A Yamauchi, K Nakamura (TOTO Ltd, Japan) TG Langdon (University of Southern California, USA) |
2 |
C |
090 |
Enhanced foaming of cellular metals by internal stress superplasticity |
K Kitazono, E Sato, K Kuribayashi (The Institute of Space & Astronautical Science, Japan) |
1 |
C |
094 |
Grain boundary sliding of E5(001) twist grain boundary in aluminium bicrystal from first-principles calculations |
K Uesugi, K Tsuchiya, K Higashi** (Osaka Prefecture University, Japan) M Kohyama (National Institute of Advanced Industrial Science & Technology, Japan) |
2 |
C |
095 |
Microstructure and superplastic properties at room temperature in Zn-22Al alloy after equal channel angular extrusion |
T Tanaka, H Watanabe, K Higashi** (Osaka Prefecture University, Japan) M Kohzu (Osaka Municipal Techncial Research Institute, Japan) |
1 |
C |
100 |
Application studies of new process and material for low-cost SPF/DB panel forming technology |
S Yajima, S Kimura, M Shimanuki, T Ogisu (Fuji Heavy Industries, Japan) H Oyama (Kobe Steel Ltd, Japan) |
2 |
C |
101 |
Advances in manufacturing superplastically formed and diffusion bonded components |
L Hefti (The Boeing Company, USA) |
1 |
C |
103 |
Modelling heterogeneous microstructures in superplasticity: an examination of alpha and beta phase distributions |
FPE Dunne* (Oxford University, UK) |
2 |
C |
106 |
Superplastic properties of a cold rolled Al-Mg-Sc |
S Jambu (Pechiney Aviatube, France) JJ Blandin (Institute National Polytechnique de Grenoble, France) B Lenczowski (EADS Germany) T Rouxel** (Universite de Rennes 1, France) |
1 |
C |
108 |
Recrystallized grain size in cold-rolled and annealed AZ31 wrought magnesium alloys affected by rolling direction |
G Itoh, Y Iseno, Y Motohashi (Ibaraki University, Japan) |
2 |
C |
117 |
Constitutive equation for superplastic flow in light metallic materials |
H Watanabe (Osaka Municipal Technical Research Institute, Japan) T Mukai, K Higashi** (Osaka Prefecture University, Japan) |
1 |
C |
119 |
Numerical simulation of superplastic forming and its microstructure evolution |
J Quanlin (Beijing Research Institute of Mechanical and Electrical Technology, China) |
2 |
C |
124 |
Superplastic forming comes of age |
AJ Barnes** (Superform, CA, USA) |
1 |
C |
129 |
Assessment of contribution of intragranular slip to grain boundary sliding in bicrystals |
AD Sheikh-Ali (FSU, FL, USA) H Garmestani (Georgia Institute of Technology, GA, USA) |
2 |
C |
130 |
Superplastic forming and diffusion bonding a cellular, aerodynamic section aerospace component |
T Flower, A Jocelyn*, J Lanham (University of the West of England, UK) |
1 |
C |
132 |
Superplastic behavior in small amount of Ge-Ti co-doped TZP |
H Nagayama, A Kuwabara, H Yoshida, T Sakuma** (The University of Tokyo, Japan) |
2 |
C |
133 |
Superplasticity in commercial superplastic 7475 alloys |
S Griffiths, D Whittle, CJ Salter (Oxford University, UK) I. Brough, N Ridley* (University of Manchester, UK), RI Todd*,** (Oxford University, UK) |
1 |
C |
134 |
Grain-size-dependent cooperative grain-boundary sliding in superplastic deformation |
H Muto, Y Takahashi, M Sakai (Toyohashi University of Technology, Japan) |
2 |
C |
135 |
Numerical simulation and model material investigation of frictional effects in superplastic forming |
Y Chen, K Kibble, R Hall, J Spence* (University of Wolverhampton, UK) |
1 |
C |
137 |
Superplastic forming at the IFU |
M Vulcan (University of Stuttgart, Institute for Metal Forming Technology, Germany) |
2 |
C |