No/Time |
|
8:00 |
Registration |
9:00 |
Conference Opening O.A.KAIBYSHEV (Russia) - Opening Rem6rks T.G.LANGDON (USA) - Welcoming Address I.I.NOVIKOV (Russia) - 50-th Anniversary of Russian Investigations on Superplasticity |
9:40 |
Session1 Fundamental Aspects of Superplasticity |
1-1 |
Overview of Research on Small Grained Materials O.D. SHERBY(USA) |
1-2 |
Cooperative Grain Boundary Sliding and Superplastic flow Nature V.V.ASTANIN. O.A.KAIBYSHEV (Russia) |
1-3 |
Superplasticity at Different Microstructural Scales M.G.ZELIN and A.K.MUKHERJEE (USA) |
1-4 |
A Composite Model for Superplasticity B.BAUDELET and J.LIAN (France) |
1-5 |
Progress In the Physical Theory of Superplasticity V.N.PEREVEZENTSEV. V.N.CHtJVIL'DEEV and V.V.RYBIN (Russia) |
1-6 |
A New Physical Model of Superplastic Flow A.K.GHOSH (USA) |
1-7 |
Experimental and Numerical Investigations of Superplastic Deformation Mechanisms N.CHANDRA and H.GARMESTANI (USA) |
1-8 |
Grain Boundary Sliding as a Deformation Process In Creep and Superplasticity T.G.LANGDON (USA) |
1-9 |
On The Physical Nature of optimal Superplastic Flow K.A.PADMANABHAN (India) |
1-10 |
The Role of Threshold Stresses and Incipient Melting in High Strain Rate Superplasticity T.R.BIELER. R.S.MISHRA and A.K.MUKHERJEE (USA, India) |
1-11 |
Grain Boundary Premelting In Deformed Copper Bicrystals with the Same Grain Boundary and Different Tensile Direction F.INOKO and T.YOSHIKAWA (Japan) |
1-12 |
Superplastic-Ilke Behavior of Coarse-Grained 8ingle Phase Aluminium Alloys A.O.NIKlfOROY, V.S.LEVCHENKO. I.I. NOYIKOV and V.K.PORTNOY (Russia) |
1-13 |
On the Problem of Grain Boundary Engineering of Superplastic Materials R.Z.VALIEV (Russia) |
1-14 |
On the Mechanism of Internal Stress Superplasticity EIICHI SATO and KAZUHIKO KURIBAYASHI (Japan) |
| Session2 Superplasticity in Nanocrystalline Materials | |
2-1 |
Superplastlcity in nanocrystaliine Materials R.BERRINGER (Germany) |
2-2 |
Formation of Nanocrystalline structures in Materials and Search for Enhanced Superplastic Properties O.A.SALISCHEV (Russia) |
2-3 |
Deformation Mechanisms of Positive Exponent Superplasticity in Advanced Aluminium Alloys with Nano or Near-Nano Scale Grained Structures KENJI HIGASHI (Japan) |
2-4 |
Superplastic Sinter-Forging of Nanocrystalline Ceramics H.J.MAVO (USA) |
2-5 |
Mechanical Characteristics of Nanostruclure Zinc Q.XIA, C.H.HAMILTON, K.RECKNAGLE, C.T.CROWE and G.COLLINS (USA) |
2-6 |
The Structure and Properties of Grain Boundaries in Nanocrystulline Materials M.JOSE-YACAMAN (Mexico) |
No/Time |
|
9:00 |
Session 3. Superplasticity in Metals |
3-1 |
Mechanical Properties of Superplastic Metals M.SOERV (France) |
3-2 |
Cavitation in Superplastic Metals N.RIDLEV (England) |
3-3 |
Topographic Investigation of Superplastic Deformation of Ti-6AI-4V Alloy V.K.PORTNOV, V.S.LEVCHENKO, A.A.ILJIN and Vu.V.SIRINA . (Russia) |
3-4 |
A Study of Dynamic Recrystallization Superplasticity in an Al-Li Alloy PENGCHENO 51, DI ZHANO and XI ZHANO (China) |
3-5 |
Optimization of Strain Rate Cycle during SPF of AI Alloys A.K.OHOSH, R.VERNA and P.FRIEDMAN (USA) |
3-6 |
An Optimized Manufacturing Route for Superplastic 1415 Sheet O.J.MAHON, D.WARRINGTON, R.O.BUTLER and R.GRIMES (England) |
3-7 |
Thermomechanical Processing (TMP) and Superplastic Deformation of Complex Aluminum Alloys by Torsion Testing H.J.McQUEEN, G.AVRAMOVIC-CINOARAT, W.BLUM and Q.ZHU (Canada, Germany) |
3-8 |
Grain Structure and Texture Aspects of Superplasticity in Ferrite Austenite Corrosion Resistant Steel A.A.ALALVKIN, G.Vu.GLEBOVA and E.B.KACHANOV (Russia) |
3-9 |
On Transformation Superplasticity A.R.AUHAKIROVA and A.A.PRESNJAKOV (Kazakhstan) |
3-10 |
The Temperature and the Grain of Ti-6AI-4V Alloy on the Un18xial and Biaxial Deformations for Superplasticity KINJI SATO. TAKASHI NISHIMURA and YUMIKO KIMURA (Japan) |
3-11 |
Transformation-Induced Superplasticity of a Hydrogen Alloyed Titanium Alloy O.N.SENKOV, E.G.PONVATOVSKY and I.O.BASHKIN (Russia) |
3-12 |
A Study on Post-SPF Mechanical Characteristics of Ti-6AI-4V Alloy WANG CHUNXIAO and HOU GUAHQUH (China) |
3-13 |
Influence of Microcrystalline Structure and Superplastic Deformation on the Constructional Strength of Aluminium Alloys M.Kh.RABINOVICU and M.V.MARXUSHEV (Russia) |
3-14 |
Impurity Segregation During Superplastic Deformation of AI-Mg-Mn Alloys J.S.VETRANO, C.A.LAVEHDER and S.M.BRUEMMER (USA) |
3-15 |
Grain Structure and Microtexture Evolution during Superplastic Forming of a High Strength AI-Zn-Mg-Cu Alloy Dhruba J.CHAKRABARTI and J. LIU (USA) |
| Session 4. Superplasticity in Ceramics | |
4-1 |
Superplasticity and Superplastic Forming of Ceramics T.G.NIEH and J.WADSWORTH (USA) |
4-2 |
Superplasticity of Ceramics with a glass Phase T.SAKUMA (Japan) |
4-3 |
Solution-Precipitation Creep Model for Superplastic Ceramics with Intergranular Thin Liquid Film F.WAKAI and N.KONDO (Japan) |
4-4 |
A Vacancy Diffusion Model for the Shrinkage and Growth of Large Cavities in Fine-grained Materials D.M.OWEN and A.".CHOKS"' (USA) |
4-5 |
The Grain Growth during Superplastic Flow in Alumina-Base Ceramics K.OKADA,P.TlIAVORNITI and T.SAKUMA (Japan) |
4-6 |
Role of Microstructural Change on Mechanical Property during Superplastic Deformation of Zirconia B.N.KIM, T.KINOSHTTA, S.WAKAYAMA, M.KAWAHARA and M.J.MAVO (Japan, USA) |
4-7 |
The Phenomenon of Structural Superplasticity In Oxygen and Oxygenless Ceramics N.G.ZARlI'OV. L.V.PETROYA and O.M.KOLNOGOROY (Russia) |
4-8 |
Superplasticity in Alumina--Zirconia Composites with Submicronic Grain Sizes O.FLACHER. J.J.BLANDIN and M.SUERY (France) |
4-9 |
TEN Observation in Relation with the Superplastic of AI203 S.LARTJGUE, F.DUI'AU and L.PRIEST·ER (Prance) |
4-10 |
Selective Doping of JY-TZP with CuO for Near-Net-Shape Forming J.R.SEIDENSTICKER and M.J.MAYO (USA) |
| Session 5. Superplasticity in Intermetallics | |
5-1 |
Structure and Superplasticity of Intermetallics R.M. IMAYEV, G.SALISHCHEV, V.IMAEV, N.OABDULLIN and N.SHAOIEV (Russia) |
5-2 |
Superplastic Deformation of a Two Phase Titanium Aluminide Based Alloy D.JOBART, J.J.BLANDIN, A.VARLOTEAUX and M.SIJERY (France) |
5-3 |
Superplasticity in Ingot- Processed Iron. Carbide Woo-JIN KIM and O.D.SHERBV (USA) |
5-4 |
The Microstructure Change during Superplastic Deformation in Hot-Rolled Fe3Al Intermetallic Compound T.L.LIN, MINOWEI CHEN and AlDANG SHAN (China) |
5-5 |
High Strain Rate Superplasticity in Ultrafine Grain alpha-Tt/Ti2Co Alloys G.FROMMEVER and H.HOFFMANN (Germany) |
No/Time |
|
9:00 |
Session 6. Superplasticity in Metal Matrix Composites |
6-1 |
Processing and Development of Superplastic Metal Matrix Composites N.NABUCHI, J.KOIKE, H.IWASAKI, K.HIOASHI and T.O.LANGDON (Japan, USA) |
6-2 |
High Strain Rate Superplasticity in Silicon Carbide Whisker Reinforced Aluminum Alloys C.C.BANPTON, N.CHANDRA and T.G.HIEH (USA) |
6-3 |
Superplastic Deformation of SiC Whisker Reinforced 2)24 Aluminum Alloy Composites NASATAKA KON. NAKOTO SUGAMATA and JUNIr.HI KANEKO (Japan) |
6-4 |
Superplasticity In 2618 Aluminum Alloy Matrix Composite Reinforced with IS vol.% SiC Particulate ZHANG BAOLIANG. WEI ZHENG and SUN SHANGCHEN (China) |
6-5 |
Processing and High Temperature Characteristics of A!-Li/SiCp Composites M.J.TAN, L.H.KOH, Y.NURAKOSHI and 1.SANO (Singapore. Japan) |
| Session 7. Rheology, Mechanics and Fundamentals of Superplastic Processing | |
7-1 |
New Method for Evaluation of Superplastic Characteristics using the R-type Specimen Y.TAKAYAMA, N.FURUSHIRO, T.TOZAWA and H.KATO (Japan) |
7-2 |
Mathematicla Modelling of Superplasticity REZA SADEGHI (USA) |
7-3 |
Design and Analysis of 3-Dimentional Superplastic Foaming Process N.CHANDRA and S.C. KANA (USA) |
7-4 |
Mechanical Characterisation of Superplastic Materials Using Tension/Torsion Methods K.ZHANG, M.K.KHRAISHEH, A.E.BAYOUMI, C.H.HAMILTON and H.M.ZbIB (USA) |
7-5 |
Superplastic Forming Simulation of Three Dimensional Diffusion Bonded Components Using the Finite Element Method J.BON!T, R.D.WOOD and P.BHARGAVA (UK) |
7-6 |
About Mathematical Modelling of Technological Provision o( Resource of Products Obtained by Deforming In Superplasticity Mode N.P.BARYKIN, R.A.VASIM, A.G.YERMACHENKO end M.V.KARAVAEVA (Russia) |
7-7 |
A Constitutive Relation of Superplastic Deformation JIM QUANLIN (China) |
7-8 |
Computer Aided Desogm of Superplastic Forming Processes Based on the SPLEN Program Set E.N.CHUMACHENKO and O.M.SNIRNOV (Russia) |
7-9 |
Energy Dissipation Strategies (or the Prediction of Pressure Cycles,in the Numerical Analysis of Superplastic Forming Processes J.BONET and R.D.WOOD (U.K.) |
| Session 8. Commercial Application of Superplasticity | |
8-1 |
Superplastic Forming at Aluminium Alloys A.J.BARHES (USA) |
8-2 |
SPP and SPP/DB in Aircraft Industry Now and In Future B.PLEGE (Germany) |
8-3 |
Recent Applications of Superplastic Materials in Japan KUNIAKI OSADA and HIROSHI YOSHIDA (Japan) |
8-4 |
The Manufacture of Military Aircraft Doors from Alloy 8090 R.STRACEY and R.O BUTLER (UK) |
8-5 |
Isorhermal Forging of Precise Titanium Alloys Blanks for Medical Applications V.V.BOYTSOV, S.E.GUTMAN. YU.V.JUkOMSKY and V.I.NASLENNIKOVA (Russia) |
8-6 |
Mechanical Characteristics of SPF Components in Advanced Aluminium Alloys and their Applications for Aerospace Industry WU TIENIN (China) |
8-7 |
Problems and Promises of Development of Integral Technology Based on the Combination of Superplastic Foming and Diffusion Bonding O.A.KAIBYSIIEV, k.Ya.LlffFULLIN, R.V.SHAfIULLIH and S.N.FATKULLIN (Russia) |
8-8 |
Technologies, Equipment and Tooling for Producing Axially Symmetric Large Dimension Preforms out of Nickel, Titanium and Aluminum Alloys under Superplasticity F.Z.UTYASHEV, R.G.BAINURZIN. E.N.PETROV and V.A.DORONIN (Russia) |
8-9 |
The Preparation of Metal Structure by Forming for Superplastic Deformation V.A.TIURIH (Russia) |
8-10 |
Progress in Precision Isothermal Forming of Nickel-Base Superalloy Semiproducts at VILS N.F.ANOSHKIN, D.D.VAULIN, Yu.N.KOLESNIKOV, Yu.P.SOBOLEV, N.A.BERBENIOV, G.I.BlffENKO and V.N.ZENTSOV (Russia) |
8-11 |
Prediction of Initial Blank Thickness and Thickness Profile after Superplastic Forming A.DUTTA (India) |
| Summary | |
| A summary of Recent Development in Research and Technology on Superplasticity NORIO FURUSHIRO (Japan) |
|
| Closing Remarks O.M.SMIRNOV (Russia) |
Title |
Author |
| Accommodation Mechanisms of Superplasticity | O.B.NAINARX and O.V.LADYGIN (Russia) |
| The Evolution of Grain Size Distribution and its Influence on the Behavior of Superplastic Materials | D.LESUER, R.GLASER and Ch.SYN (USA) |
| Realization of Superplastic State of Polycrystalline under Grain Boundary Diffusion | Yu.R.KOLOBOV and I.V.RATOCIIKA (Russia) |
| On the Experimental Verification of the Atomistic Model for Boundary Sliding Controlled Optical Superplastic flow | S.S.BHATTACHARYA and I.A.PADMAHABHAN (India) |
| Grain Boundary Sliding and Accommodation in Aluminum Tricrystals | A.B.SISANBAEV, R.Z.VALIEV and A.V.SHALIMOVA (Russia) |
| Types of Grain Boundary Sliding and their Dislocation Analysis | A.O.SIIEIKH-ALI and R.Z.VALIEV (Russia) |
| The Role of Phase Boundary Thermodynamic Properties in Superplasticity o( S.all-0rained Eutectic. | P.MUKTEPAVEL (Letvia) |
| Direct Observation of the Cooperative Bands of GBS In the Superplastic Zn-22AI Alloy | S.N.PAIZOVA and E.N.IVANOVA (Russia) |
| Hierarchy or Deformation Mechanisms in Polycrystal and Superplasticity | Sh.Kh.HKANNANOV (Russia) |
| High Resolution Tem. Image Processing and Modeling of Nanostructured Material~ | M.JOSE-YACAMAN. L.BElTRAN del RIO and A.GOMEZ (Mexico) |
| Low-temperature Superplasticity of Submicron-Grained Al-Li Alloy | V.A.BARYSHEV and N.K.TSENEV (Russia) |
| X-Ray Investigations of the UltrafineGrained Materials | I.V.ALEXANDROV, R.K.ISLAMGALIEV. I.P.GIBADULLIN and R.Z.YALIEV (Russia) |
| Internal Friction and Super plasticity of Submicrocrystalline Methods | R.R.MULYUKOVD, H-E SCHAEFER, M.WELLER and A.A.SALIMONENKO (Russia) |
| Peculiarities of Dynamic Grain Growth during SPD in Alloys with Matrix and Microduplex Structures | M.Kh.RABINOVICH and V.G.TRIFONOV (Russia) |
| Microstrustural Changes during Dynamic Recrystallization in an Al-Li Alloy | R.P.SINGH, A.K.SINGH, A.DlJTTA aocl M.C.PMlDEY (India) |
| Low Temperature Superplasticity of 8090 Al-Li Alloys at 350-450o C and the Post-Form Properties | H.-P.PU. J.C.HUANG and F.-C.LIU (China) |
| Influence of Superplastic Strain-Heat Treatment on the Mechanical Behavior of Aluminum-Lithium Alloy 1420 | M.KH.RABINOVICH, M.Y.MARKUSHEV and M.Y.MURASHKIN (Russia) |
| Effect of Storage at Room Temperature after Hot Rolling on the SP Properties of AI-2.9Cu-2.0Li-0.lZr Alloy | D.N.SEFG1'~VA, A.O.NIKIFOROV, I.I.NOVIKOV and V.S.LEVCHENKO (Russia) |
| Improvement of Superplastic Properties of AI-Cu-Li-Mg-Zr Alloy by Modified Thermomechanical Processing | IN GE MOON, JONG WOO PARK and JAE EUN YOO (Korea) |
| Studies on the DB and DB/SPY of Aluminium-Lithium Alloy and High Strength Aluminium Alloy | SONG FElLIN, ZHU YIYUAN and MAO WENFENG (China) |
| Superplasticity of Commercial Al-Cu-Nn Alloy 419 | V.S.LEVCHENKO, O.SOLOVJEVA, V.K.PORTNOY and Yu.N.SHEVCHUK (Russia) |
| The Characteristics of SP for Commercial Alloys in Supplied State | BAl BINGlHE, YONG WANG and LUYI YANG (China) |
| The Characteristics of the Received Alloys under Superplastic Compression | YAO ZUBIN and ZHANG JINYUN (China) |
| Development of Superplasticity in S083 Aluminum with Additions of Mn and Zr | C.A.LAVENDER, J.S.VETRANO, M.T.SMITH, S.M. BRUEMMER and C.H.HAMILTON (USA) |
| A Study on the Elevated Temperature Tensile Superplastic Flow Behavior of a New Canadian Al-Ng-Nn Alloy, its Room Temperature Formability and Texture Profile | K.SWANINATHAN, A.NANDY and D.RAVIKUNAR (India) |
| Superplastic Deformation and Diffusion Bonding of the Low Deformation Temperature Titanium Alloy SP700 | A.WISBEY, B.GEARY, D.P.DAVIES and C.N.WARD-CLOSE (England) |
| Effect of Hydrogen on Superplasticity of Titanium Alloys | Yu.V.SIRINA, I.L.PEDOTOV, A.A.ILJIN and A.N. NANONOV. (Russia) |
| The Methods of Preparing the Structure of Superalloy for Disc Turbin Applications for Superplastic Deformation | B.S.LOMBERG, S.V.OVSEPIAN, A.A.ALALYKIN, D.E.GP.RASlMOV and A.A.GROMOVA (Russia) |
| Superplasticity of a gamma/gamma prim - Euthectic Superalloys In the System Ni-No-Al | O.A.MOLODTSOVA, E.V.MONASTIRSKAYA and RAZUVAEV (Russia) |
| Superplastic Deformation and Microstructure Change during High Temperature Deformation of High Carbon-Chrcmium Tool Steels | KAZUYA MIYAHARA, J.A.NPING 140, K.NODA and YASUTOSIlI SASA:<I (Japan) |
| Superplasticity of PM Zn-Al-Cu Alloy | G.TORRES-VILLASENOR and E.MARTI~EZ (Mexico) |
| The Influence of Isothermal Heating at 250°C on Superplastic Properties of the Pine Grained Zn-22% Al Alloy | O.N.SENKOV, V.S.LEVCHENKO and A.A.ALALYKIN (Russia) |
| m-e Relations of a Large Grained Beta Titanium Alloy during Superplastic Deformation | SHANYOU ZHOU, JIE CAl and T.L.LIN (China) |
| Peculiarities of Technologic&l Route to Produce SP Sheets of AMg4 (analog of 5083) Alloy | V.I.POLKIN, A.O.NIKIFOROV and I.I.NOVIKOV (Russia) |
| Structural Instability and Superplasticity In Metals | E.E.ZASIMCHUK and Yu.G.GORDIENKO (Ukraine) |
| Low Temperature Superplasticity of Al-Li Alloys | N.K.TSENEV (Russia) |
| Calculation of Superplastic Temperatures in Two-Phase Titanium Alloys | HUANG LIPING (China) |
| Mechanical Behaviors of Non-Superplastic Ti-6AI-4V under Typical External Conditions for Superplastic Deformation | J.L.WAN (China) |
| Grain Structure and Superplasticity of High Strength Al-Zn-Mg-Cu Alloys with Different Minor Additions | I.N.FRIDLYANDER. O.G.SENATOROVA, N.A.RYAZANOVA and A.O.NIKIPOROV (Russia) |
| Superplastic Behavior of FineGrained IN-718 Superalloy | L.CESCHINI, G.P.CAMAROTA, G.L.GARAGNANI, P.PERSIANI AND A AFRIKANTOV (Italy, Russia) |
| Superplasticity of High Purity Polycrystalline Yttria | D.MURAT, T.ROUXEL, J.-L.BESSCN, P.VALIN and M.BONCOEUR (France) |
| Deformation Behaviour of a Superplastic 2 mol% Yttrla Stabilized Tetragonal Zirconia in Tension and Compression | J.A.HINES and A.H.CHOKSIII (USA) |
| Selectlye Doping of 3Y-TZP with CuO for Near-Net-Shape Forming | J.R.SEIDENSTICKER and M.J.MAYO (USA) |
| Mechanical Properties of Joined Alumina Polycrystals using Superplastic Ceramics as an Insert | Y.MOTOHASHI, K.JYUMONJI, T.SAKUHA and R.YUUKI (Japan) |
| Theoretical Investigation of the Microstructural Evolution of Superplastic Ceramics | V.N.CHUVlt'DEEV, V.N.PEREVEZENTSEV and O.A.PIROZHNIKOVA (Russia) |
| The Mechanical Characteristics of a Ductile Zirconia Containing 2.5% Yttria | Y.MA, O.T.SORENSEN and T.G.LANGDON (USA, Denmark) |
| Analysis of Superplastic Ceramics Densification during Pressure Sintering | A.P.NATVEENKOV. JU DONG CHOl. O.M.SMIRNOV, A.N.VFRSHOV and M.A.TSEPIN (Russia, P.R.K.) |
| Mathematical Simulation ion of the Superplastic Ceramic Stamping Processes with the Structural Evolution under SPD | A.N.VERSHOV, SALAH BENNVA BEN All. JU DONG ("HOl (Russia. Tunis, P.R.K.) |
| Hot Plastic Deformation of VH8JCU10, Superconductive Celeriacs | N.f.IMAVfV. f.f.MUSIN. R.O.KAIBVSHEV and N.R.SHAGIEV (Russia) |
| Superpl8sticity in Fe,AI Based Alloy | AIDANG JHAN, MINOWEI CHEN and T.L.LIN (China) |
| The Preliminary Study to the Superplasticity of TI-14AI-2tNh Alloy | VING ZHANG, JIMIN MA. XUEMIN LI and CHUNXIAO CAO (China |
| Superplasticity in TilAI-14Nb-JV-O.5Mo Alloy | WANG BIN, JIA TIANCONG, ZOU DUN XU and ZHONG ZENGVONO (China) |
| Porosity of TiAl and TI,AI Intermetallic Compound with Micro- and Submicrocrystalline Structure after Superplastic Deformation | Y.M.IMAVHV. R.M.IMAVHV. G.A.SALISHCHEV and N.K.GABnULLIN (Russia) |
| The Structure and Mechanical of fine Grain FeAl Intermetallic Compounds | L.MARTINEZ (Mexico) |
| Superplasticity of Metal Matrix Composite PM2014-20% Al2O3 | R.KAIBVSHEV, V.KAZYHANOV, E.EVANGELISTA and J.STOBRAWA (Russia, Italy, Poland) |
| The Influence of Reinforced Elements at Deformation Behavior of Aluminium Alloys | R.KAIBVSHEV. V.KAZVHANOV. V.ASTANIN and E.EVANGELISTA (Russia, Italy) |
| Processing and High Temperature Characteristics of Al-Li/SiCp Composites | M.J.TAN, L.H.KOH, Y.NURAKOSHI and T.SANO (Singapore, Japan) |
| Cavitation In Superplastic Metal Matrix Composite Containing Si3N4 Particulates | H.IWASAKI, N.MABUCHI, k.HIGASHI and T.G.LANODON (Japan, USA) |
| Superplastic like Behavior of the Hyper-peritectic AI-Ti Alloys at High Strain-rates | DONG-WHA KUM. HYE-SUNG kIM and SOON H.HONG (Korea) |
| Superplasticity of Fine TIC and TiN Dispersed Ti-6AI-4V Alloy Composites | M.KOBAVASHI, S.OCHIAI. K.fUNAMI snd S.SUZUKI (Japan) |
| Superplasticity in IN SiCp/2024 Composite | WANG YANNEN, WEI ZIIENG and ZHANO BAOLIANG (China) |
| Energy Dissipation Strategies for the Prediction of Pressure Cycles In the Numerical Analysis of superplastic forming Processes | J.nONET and R.D.WOOD (U.K.) |
| Deformation Micromechanisms and Superplastic Flow Rheology in a Wide Strain Rate Range | V.N.P£REVEZENTSEV, V.N.CHlIVIL'nEEV and S.A.LARIN (Russia! |
| Fundamentals of NearSuperplastlclty Process Mechanics | O.V.SOSNIN and B.V.GOREV (Russia) |
| The Usage of Mathematical Simulation of Parts Deformation Superplasticity Processes for Design Systems for Controlling Hydropressing Equipment | E.N.CHUMACHENkO. N.N.GRUNIN and G.A.KRIVONOS (Russia) |
| Microstructural Model of Strain Hardening of Superplastic Alloys | O.A.PIROZIINIKOVA. V.N.PJ:;REVEZENTSf;V and V:N.CHUVIL'DEEV (Russia) |
| The Effect of Specimen Geometry on the Accuracy of Constitutive Relations in a Superplastic 5083 AI Alloy | K.I.JOllNSON, M.A.KHALEEL, C.A.I.AVENDEl\, M.T.SNITH and C.II.HAMILTON (USA) |
| Superplastic forming of Al-Hg 5083 Alloy | S.LHE and LT.CI!ERN (China) |
| A Technological Analysis for Superplastic Deformation of Pipe in to Spherical Shape | AKJ<US NIGAT and H.NISIlIMl'RA (Japan) |
| Study on the Wall Thickness Uniformization of the Al-Li Alloy Basin Parts with Superplastic Bulging | XINO IIUILIN, ZHANG KAIFENG I\nd Z.R.WANG (China) |
| Solid State Joint formation under Conditions of Concurrent Superplastic forming and Diffusion Bonding | R.V.SAFIULJ.lN, O.A.KAIBYSIIEV, R.Y.LUTPUJ.LIN and I.I.GAfAROV (Russia) |
| A Study of Structures and Deformation of Superplastic Up-down Blow Bulding Formation Dies | LI LONG-JU, WANG QI, CHI CHENG-ZHONG and LI ZHI-SONG (China) |
| Research on Determination of Value M of Superplastic Alloys by Means of Double Bulb Method | LI LONG-JU. WANG QI, Lf ZHI-SONG and CHI CHENO-ZHONG (China) |
| Investigation of Rheological Properties of films on Superplastic Materials Base | N.P.BARYKIN and A.K.GALIMOV (Russia) |
| Automatization of Calculations when Developing the Technological Regimes of the Isothermic Deforming | E. N. CHUMACHENKO, I. V. LOGASH I NA and S. E. CHUIolf,CHENKO (Russia) |
| Hot Indentation Technique in Experimental Rheology | A.P.MATVEVENKOV, V.I.FnOLOV and V.V.OSTAPENKO (Russia) |
| Computer Simulation of SPF Processes with Structural Evolution Sensitivity | M.A.TSEPIN. E.N.CHUMACHENKO, ABDEL RAUF MIAD and L.I.PEREPELJTSINA (Russia, Egypt) |
| Solid State Bonding of Superplastic Materials | R.Va.LUTfULLIN, O.A.KAIUYSHEV, V.K.BERDJN and F.N.KHISMATULLiN (Russia) |
| Computer Program Set for Superplastic Material Creep Test | ABDEJ. RAUF MIAD, M.A.TsEPIN. A.N.YERSHOV, L.I.PEREPELITSINA (Egypt. Russia) |
| Mathematical Simulation of Superplastic Formchange Control | S.N.ROMANJUK and E.N.CHUMACHENKO (Russia) |
| On the Stability and Optimization of Superplastic Deformations | H.M.ZBID, X.D.DINO, C.H.HAMILTON and A.E.BAYOUMI (USA) |
| Structural Superplasticity with Grain Evolution: Theory and Application for Computer Simulation | M.A.TSEPIN and A.N.YERSHOY (Russia) |
| Applicability of Bingham-Type Constitutive Models to Superplastic Materials at Different Loading Conditions | R.A.VASIN. F.U.ENIKEEV and M.I.MAZURSKI (Russia) |
| An Analytical Model for Superplastic Bulge Forming of Domes | F.U.ENIKEEY (Russia) |
| Influence of Torsion on the Response of Superplastic Material during Tension Torsion Test | F.U.ENIKEEY (Russia) |
| Mathematical Modelling of Superplasticity of Commercial Aluminium Alloy~ | D.J.CHASNIKOY, Ja.J.RUDAEY, S.S.USHKOY and N.v.ZHDANOY (Kyrghyzia) |
| Design and Analysis of Superplastic Forming Technology with FORN-2D System | N.Y.BIBA, O.B.SAUYKHOY, S.A.STIEBOUNOY and A.I.LISHNY (Russia) |
| On Prospect of Intensive Electrotechnology Application to Superplastic Deformation | N.P.BARYKIN 'and Z.G.KAMALOY (Russia) |
| Superplastic Forming of Al-Li Alloy and High Strength AI Alloy for Airframe Applications | SONG PEILIN, MAO WENFENG and ZHU YIYlJAN (China) |
| Application on the Superplastic Forming Technology of the Sheet | MIAO JINSHENG, LIANG FENGQING. ZHANG LIHUA, WANG JING, DU FENG (Chins) |
| Superplastic Forming Ability of Pre-Cold-Rolled Titanium Alloy. into a Watch Case | I.KUBOKI, K.KOROISHI, Y.MOTOHASHI and N.HIROHASHI (Japan) |
| Technological and Economical Aspects of the Commercial of Superplastic Forming Technology for Brass Goods | S.N.POLYAKOY, L.I.PEREPELITSINA, A.G.VOROBIEY and M.A.TSEPIN (Russia) |
| Formation of Spherical Vessels out of Superplastic Preforms | A.A.KRUGLOV, R.Ya.LUTPULLIN and A.R.TAYUPOV (Russia) |
| Commercial Sheet. and Plates of Titanium Alloys with Improved SP Properties | I.L.PEDOTOV. V.K.PORTNOJ, V.P.VODOLAZSKY and I.V.LEVIN (Russia) |
| Some Problems of Practical Application of Superplasticity | D.J.CHASHNIKOV. Ja.J.RUDAEV. S.S.USHKOV and N.V.ZHDANOV (Kyrghyzia) |
| Development and Production of a New Class of Lubricants Dispersion System. Containing Superplastic Materials | N.P.BARYKIN (Russia) |
| Isothermal Forming of Titanium Watch Cases | V.V.BOYTSOV. S.E.GUTMAN, Y.V.JURONSKY, I.A.IZAKOV and S.Z.PIGLIN (Russia) |
| Metal-Cladding Commercial Lubricants for Hot Forging of Aluminium-Based Alloys | N.P.BARYKIN and V.I.SENENOV (Russia) |
| Superplastic Forming of Al-Cc-Zl' Alloy and Anodic-Oxide Technology for It | LU SHAOQI, TANG DEFEN and MA ZHINA (China) |
| Manufacturing of Components out of Titanium Alloys under Superplastic Condition. Organization of serial Production | A.G.ERMACHENKO (Russia) |
| Superplastic Fine Forming of 20CrNnTi Steel Chain Wheel | LIE WEIXIAN. YUH JUNBI and HAl JINTAO (China) |
| Study of Various Techniques to Produce Ni-based Superalloys for Superplastic Forming | O.Kh.PATKULLIN, M.Z.YERNANOl and V.I.YEREMENKO (Russia) |
| Some Mechanisms of the Isothermal Forging of Large-Sized Titanium Alloy Billets under Superplastic Forming Conditions | A.A.SHADSKY. A.L.PILIPENKO and M.Ya.BRUN (Russia) |