Time |
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8:00-8:30 |
Opening Session Chair: Prof O.D Sherby Conference opening: Dr, R Bye, VP for Research, FSU Opening Remarks: Prof T Sakuma, Chairman, 1CSAM Committee Welcome Address: Prof N Chandra, Chairman, 1CSAM2000 |
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| Symposium IA :Industrial Applications of Superplasticity and Superplastic Forming (A) Chairman: T G Langdon | |||
8:40 |
Industrial Applications of Superplastic Forming: Trends & Prospects A. J. Barnes |
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| Symposium IB :Industrial Applications of Superplasticity and Superplastic Forming (A) | |||
9:20 |
The Current State-of-The-Art and the Future in Airframe Manufacturing Using Superplastic Forming Technologies D. Sanders |
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9:50 |
Generic Ceramic Tooling for SPF/DB process Alan Jocelyn |
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10:10 |
Latest Design Concepts for Superplastic Forming/Diffusion Bonding (SPF/DB) Presses for the Production of Components from Alloys of Titanium and Aluminum in Sheet Form. Roy Whittingham |
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10:30 |
Superplastic Injection Forming of Magnesium Alloys T Aizawa |
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10:50 |
Coffee | ||
11:05 |
Aerospace Part Production Using SP700 Peter Comley |
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11:25 |
Dental Implant Structures By Superplastic Forming? Richard Curtis |
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11:45 |
Superplastic Diffusion Bonding of a Ti-24AI- I4Nb-3V-0.5Mo Intermetallic Alloy Zhiqiang LI |
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12:05 |
The Production Of Automotive Body Panels In 5083 SPF Aluminium Alloy. Barry Dunwoody |
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12:25 |
Industrial Applications of the Superplastic Explosive Forming V. P. Sabelkin |
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12:45-1:50 |
Lunch | ||
| Symposium 2A: Superplasticity in Metals and Ceramics (A) | |||
1:50 |
Superplasticity in Metals and Ceramics OA Kaibashev |
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| Symposium 28: Superplasticity in Metals and Ceramics (Parallel Session) (A) Chairman: T. Sakuma/ M. Mabuchi |
Symposium 3A: Mechanics and Modeling of Superplasticity (Parallel Session)(B) Chairman: A.J. Barnes/R. Sadeghi |
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2:35 |
The Role of Impurities in Superplastic Flow and Cavitation F.A. Mohamed |
2:35 |
Geometric Analysis of Thinning During Superplastic Forming Gariga Majo |
3:05 |
A Microstructural Study of the Effect of Particle Aging on The Superplastic Response of an AI-4Mg-O.3Sc Alloy J. S. Vetrano |
2:55 |
An Approximate Analysis to Determine the Constitutive Relationship of a Superplastic Material Giuliano Gillo |
3:25 |
Superplastic Deformation in a Thermally Sprayed NiCoCrAIY TBC Bond coat alloy Richard Todd |
3:15 |
Effect of Hot Deformation Under Complex Loading Conditions on Transformation of a Lamellar Type Microstructure ofTi-6.5AI-3.5Mo-I.6Zr-0.27S Valery Berdin |
3:45 |
Investigation of Superplastic Behavior and Solid State Bonding of Zircalloy-4 N. Ridley |
3:35 |
High Temperature Load Relaxation Behavior of Superplastic Iron Aluminides Jin Hwa Song |
| Coffee | |||
| Symposium 2C: Superplasticity in Metals and Ceramics (Parallel Session) (A) Chairman: F.A. Mohamed./J.Q. Lin |
Symposium 3B: Mechanics and Modeling of Superplasticity (Parallel Session) (B) Chairman: A.J. Barnes/R. Sadeghi |
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4:20 |
Electron Microscopic Studies on the Structure and Deformation Mechanism of Ti-V-Al Alloy A. Kumao |
4:20 |
Subgrain Recovery/GBS Model for Nanocrystalline and Microcrystalline Superplasticity A.K. Ghosh |
4:40 |
Influence of Hydrogen on Microstructures and Superplasticity of Tu-AI Nb Alloy B. Z. Bai |
4:50 |
Role of Alloying Element in Superplastic Deformation of Aluminum Alloys N. Furushiro |
5:00 |
Development of super plastic AICuAgMg alloy Jan Dutkiewitz |
5:10 |
Mathematical Simulations of Pressure Regimes Providing Shell and Multi-Layer. O.M. Sminov |
5:20 |
Superior Mechanical Properties of Anisotropic Silicon Nitride Fabricated by Superplastic Compressive Deformation Yoshikazu Suzuki |
5:30 |
Texture, Grain Boundaries and Deformation of Superplastic Aluminum Alloys O. Ruano |
5:40 |
Superplastic Deformation Behavior of Un-Doped/Doped High Purity 3Y-TZP T. Satou |
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Time |
Room A | ||
| Symposium 3C: Mechanics and Modeling of Superplasticity (A) Chairman: K.A. Padmanabhan |
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8:00 |
A Natural Description for Inelastic Materials R. Rajagopal |
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| Symposium 3D: Mechanics and Modeling of Superplasticity (Parallel Session) (A) Chairman: K.A. Padmanabhan/T. Aizawa |
Symposium 2D: Superplasticity in Metals and Ceramics (Parallel Session) (B) Chairman: T.G. Nieh/O. Ruano |
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8:45 |
An Augmented Rigid Plastic Flow Formulation in Support of Finite Element Modeling of Superplastic Forming Reza Sadeghi |
8:45 |
Creep of Y-TZP Nanoceramics F. Gutierrez-Mora |
9:15 |
The Identification of Metal Superplastic Constitutive Parameters Jin Quan Lin |
9:05 |
Sintering and Creep Studies of AI Particle Reinforced Alumino Silicate Glasses B. Sudhir |
9:35 |
Effects of the Temperature of Warm Rolling on the Superplastic Behavior of Aluminum Base Alloy AA5083 Joe Pimenoff |
9:25 |
Superplastic Characteristics in Germania Based Codoped Y-TZP K. Sasaki |
9:55 |
A Comparative Study on the Use of Explicit and Implicit solution schemes for SPF simulation S. C. Rama |
9:45 |
Deformation Characteristics of a 3Y-TZP/20%AI203 Composite After Tensile Creep Saira Sosa |
10:15 |
Cooperative Processes During Superplastic Flow Under Different Strain States Stephan Gulliard |
10:05 |
Superplastic Flow Stress in Cation-doped YSZ M. Nakano |
10:25 |
The Studies of the Superplastic Deformation Behavior of SiC Particle Reinforced Aluminum Alloy Matrix Composites Zhang Boaling |
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| Coffee | |||
| Symposium 3E: Mechanics and Modeling of Superplasticity (Parallel Session) (A) Chairman: R. Rajagopal/SC. Rama |
Symposium 2E: Superplasticity in Metals and Ceramics (Parallel Session) (B) Chairman: O. A. Kaibashev/ B. Binghze |
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11:00 |
Unified Constitutive Equation Of CTE-Mismatch Superplasticity Based On Continuum Micromechanics E. Sato |
11:00 |
Effective Diffusivity for Superplastic Flow in Magnesium Alloys Watanabe |
11:20 |
A Coupled Thermo-Viscoplastic Formul . Laurant Adam |
11:20 |
Temperature And Strain-Rate Dependence Of Elongation In AI-4.5Mg Alloy H. Iwasaki |
11:40 |
Problems Of Mechanics Of Solids In Studying The Superplastic Flow R.A. Vasin |
11:40 |
Effects Of Temperature And Microstructure On The Superplasticity In Micro-duplex Pb-Sn Alloys Y.W. Chang |
12:00 |
Mechanical Effects Of Spatial Distributions Of Large Grains In Superplastic Microstructures Jean-Jacques Blandin |
12:00 |
Low Temperature Superplasticity in a Severely Rolled Sheet of a AI-4.2mass%Mg Alloy Y. Takayama |
12:20 |
The Mechanisms Of Superplastic Flow Of Titanium VT6 Alloy: Topographic Examination V.K. Portney |
12:20 |
Microstructural Evaluation Of Quasi-Single Phase Alloy During Superplastic Deformation W. Bang |
| Lunch | |||
| Symposium 4A: High Strain Rate Superplasticity (Parallel Session) (A) Chairman: R. Grimes/ R.Z. Valiev |
Symposium 2F: Superplasticity in Metals and Ceramics (Parallel Session) (B) Chairman: N. Ridley/J. Blandin |
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1:50 |
High Strain Rate Superplasticity in Mechanically Alloyed Nickel Aluminides Kenji Matsuki |
1:50 |
Transformation Superplasticity of Ti-6AI-4V and Ti-6AI-4V Matrix Composites at High Stresses Chris Schuh |
2:10 |
Superplastic Behavior of A Ti-Alloy With Sub-Micro Structure Bai Bingzhe |
2:10 |
Superplastic Tensile Behavior of Silicon Nitride Naoki Kondo |
2:30 |
High Strain Rate Superplasticity in Ti-6AI-4V Alloy Subjected to High Pressure Torsion A Sergueeva |
2:30 |
High Temperature Deformation of a Yttria-Stabilized Tetragonal Zirconia K. Morita |
2:50 |
Influence of Reversible Hydrogen Alloying on Formation of SMC Structure and Superplasticity of Titanium Alloys G. A. Salishchev |
2:50 |
Cavity Formation and Growth in a Superplastic Alumna Containing Zirconia Particles K. Hiraga |
3:10 |
The Analysis of Initial Stage of Grain Boundary Partial Melting and Apparent Activation Energy of High Strain Rate Superplasticity V.N. Pervezentsev |
3:10 |
Superplastic Deformation of a Duplex Stainless Steel Ricardo Medrano |
3:30-3:45 |
Coffee | ||
| Symposium 5A: Novel Approaches to Superplasticity in Materials (A) Chairman: D. Srolovitz/R.S. Mishra |
Symposium 6B: Grain Refinement of Materials (B) Chairman: D R Grimes/R. Z. Valiev |
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3:45 |
Unified theory of deformation for structural superplastics, metallic glasses and nanocrystalline materials K. A. Padmanabhan |
3:45 |
Fonnation Of Sub-Micro Structure For a Ti-Alloy V. Astanin |
4:15 |
Non-Newtonian flow and Exceptionally Large Ductilities of Bulk Metallic Glasses TG. Nieh |
4:05 |
Development of Ultrafine Grain Materials Using the MAXStrain Technology Wayne Chen |
4:45 |
Physics Of The Superplastic Deformation Of Muti-Phase Alloys, Two Example: Aluminium AI-7075 And Titanium Ti-6AI-4V Miguel Lagos |
4:25 |
Optimization For Superplasticity In Ultrafine Grained AI-Mg-Sc Alloys Using Equal Channel Angular Pressing M. Furukawa |
4:45 |
Grain Refinement And High Temperature Deformation Of An AA5083 Processed By ECAE L. Dupey |
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5:05 |
High Strain Rate Superplasticity in AI-16Si-5Fe Based Alloys with and without SiC Particulates M. S. Kim |
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Time |
Room A | Time |
Room B |
| Symposium 5B: Novel Approaches to Superplasticity in Materials (A) Chairman : R Todd |
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8:00 |
Grain Boundary Mobility in Pure Metals and the Effects of Impurities D Srolovitz (k) |
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| Symposium 5C: Novel Approaches to Superplasticity in Materials (Parallel Session) (A) Chairman : R Todd/C Shet |
Symposium 4B: High Strain Rate Superplasticity (Parallel Session) (B) Chairman : T G Nieh/H Iwasaki |
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8:45 |
Enhancement of Superplastic Behavior of Materials by powerful Electric Current Impulses Treatment Z Kamalov |
8:45 |
High Strain Superplasticity in a Zn-22% Sangmok Lee |
9:05 |
Characterization of Grain Boundary Properties in Superplastic Al Based Alloys Using EBSD JC Huang |
9:05 |
High Strength and High Strain Rate Superplasticity in Magnesium Alloys M. Mabuchi |
9:25 |
Superplasticity as a Base for the Development of Structure Control1ed Processes for Joining Materials Ramil Lutfullin |
9:25 |
Investigations on High Strain Rate Superplasticity of P/M 6061 AIIIO Vol% SiCp Composite M.J. Tan |
9:45 |
Atomistic Simulation of the Effect of Trace Elements on Grain boundary of Aluminum S Namilae |
9:45 |
The Development of High Strain Rate Superplastic AI-Mg-Zr Alloy R Dashwood |
10:05 |
Coffee | ||
| Symposium 5C: Novel Approaches to Superplasticity in Materials (A) Chairman : R Todd/C Shet |
Symposium 68: Grain Refinement of Materials (B) Chairman : J Jumphries/R S Mishra |
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10:20 |
On The Independent Behavior Of Grain Boundary Sliding | 10:20 |
Micro Structural Aspects In Superplasticity or Ultrafine Grained SPD Alloys R Z Valiev |
10:40 |
Effect Of Chemical Bonding States On The Tensile Ductility In Glass-Doped TZP A Kuwabara |
10:50 |
Grain Refinement Of A Commercial Magnesium Alloy For Superplastic Forming Toshiji Mukai |
11:00 |
Internal Stress Superplasticity In An In-Situ Intermetallic Matrix Composite R S Sundar |
11:10 |
Improvements In Superplastic Performance Of Commercial AAS083 Aluminum By Equal Channel Angular Extrusion Darrell Herling |
11:20 |
The Analysis Of Instability And Strain Concentration Li Chuan Chung |
11:30 |
EACP As A Tool For Production Of Superplastic Materials Z Horita |
| Lunch | |||
| Symposium 6C: Grain Refinement of Materials (A) Chairman : T Sakuma/O M Smironov |
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1:00 |
Refinement and Stability of Grain Structure J Jumphries |
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1:40 |
Using Severe Plastic Deformation for Grain Refinement and Superplasticity T G Langdon |
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2:10 |
Tensile Superplasticity in Nanomaterials--Some Observations and Reflections A K Mukherjce |
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2:40 |
Friction Stir Processing: A New Grain Refinement Technique to Achieve High Strain Superplasticity in Commercial Alloys R Mishra |
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3:00 |
Coffee | ||
3:15 |
Poster Presentation (A) Chairman : K Higashi |
4:15 |
Poster Viewing (B) |
| Symposium 4C: High Strain Rate Superplasticity (A) Chairman : A K Mukkerjee/J Pimenoff |
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8:30 |
Recent Advances and Future Directions in Superplasticity K Higashi |
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9:10 |
High Strain Rate Superplasticity in Aluminum Alloys-The way Forward Roger Grimes |
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9:30 |
High Strain Rate Superplasticity And Microstructure Study Of A Superplastic Magnesium Alloy X. Wu |
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9:50 |
Coffee | ||
10:05 |
Panel Discussion I : Outstanding Industrial issues - Role of University Research Tentative list of Panelists: A J Barnes, A K MukheTjee, A K Ghosh, D.Sanders, R. Sadeghi, R Grimes (Moderator: N Chandra) |
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10:45 |
Panel Discussion II : Expanding the Horizons of Superplasticity Research Tentative list of Panelists: J Humphries, K Higashi, K A Padmanabhan, 0 A Kaibashev, R Rajagopal , T Sakuma (Moderator: T G Langdon) |
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11:45 |
Closing Remarks by T Sakuma | ||
| Title | Author |
| High Strain Rate Superplastic-Like Deformation In 6061 Alloy With 1-3% SiO2 Nano-Particles | T. D. Wang |
| Mechanical And Microstructural Characteristics of Superplastic Aluminum Alloys Prepared By Equal-Channel Angular Pressing | C. Xu |
| Macroshear Strains And Physical Phenomena At Macro-, Meso-, Micro- And Submicro Levels In Steels. |
V.A. Tiurin |
| Novel Process Of Nano-Sized 3Y-TZP Sheets' Superplastic Forming And Fractal Application | K.F. Zhang |
| Industrial Superplastic Forming Research And Application For Commercial Aircraft Components At Israel Aircraft Industries | B. Gershon |
| Fine-Grained Pretreatment Process And Superplasticity For Inconel718 Superalloy | Hongjun Lu |
| Superplastic Alumina Ceramics Dispersed With Zirconia And Spinel Particles | B.-N. Kim |
| Grain Refinement And Superplasticity Of Reaction Sintered TiC Dispersed Ti Alloy Composites Using Hydrogenation Treatment | N. Machida. |
| On The Activation Energies Observed In Al-Based Materials Deformed At Ultrahigh Temperatures | B. Y. Lou |
| Cooperative Grain Boundary Sliding At Room Temperature of A Zn-20.2%Al-1.8%Cu Superplastic Alloy | G. Torres |
| Superplastic Deformation Behavior Of The Y-TZP Tested In Torsion |
Y. Motohashi |
| Numerical Analysis of Superplastic Blow-forming for Axi-Symrnetrical Cup on 7475 Al-alloy | N. Suzuki |
| A Molecular Dynamics Study Of Large Deformation Of Nanocrystalline Materials | H. Owaga |
| Superplastic deformation mechanism of ZrO2 and Al2O3 with additives studied by electron microscopy | Y. Okamato |
| Interface Models For Gb Sliding And Migration | C. Shet |
| Evaluation Of Superplastic Material Characteristics Using Multi-Dome Forming Method | A. EI-Morsy |
| Temperature Effects On The Localization And Failure Mode Of Al 5083 | J. D. Watts |
| Superplastic Diffusion Bonding of A Ti-24Al14Nb- 3V-0.5Mo Intermetallic Alloy |
Hanliang Zhu |