Proceedings
PL01 Plenary |
Innovative Development of Aluminium Research and Technologies in Japan Tokyo Institute of Technology, Japan |
|---|---|
| PL02Plenary |
Developing Environmentally Friendly Motor Vehicle Technologies Eyeing 2020 and Beyond Waseda University, Japan |
| PL03Plenary |
Current Status of Research and Industries of Al Sheets in China 1) Chongqing University, China, 2) Southwest Aluminum Group Corp Ltd., China |
| PL04Plenary |
Precipitation in 6xxx Aluminum Alloys 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway, 3) Hydro Aluminium, Research and Technology Development, Romsdalsvegen, Norway |
| PL05Plenary |
Giant Straining Process for Production of Ultrafine Structures and High Performance Aluminum Kyushu University, Japan |
| KL-01 (link to Mater. Trans.)Keynote |
Aluminium in Innovative Light-weight Car Design 1) Hydro Deutschland GmbH, Germany, 2) Hydro Aluminium, Norway |
| IL-02Invited |
Alloy Development for Transportation in Sumitomo Light Metal Sumitomo Light Metal Ind., Ltd., Japan |
| KL-04Keynote |
Development of Aluminum Alloys and New Forming Technology for Automotive Parts Kobe Steel, Ltd., Japan |
| 1A-01 |
Heat Treatment and Distortion – Challenge for Aircraft Industries Stiftung Institut für Werkstofftechnik, Germany |
| IL-06Invited |
Aluminium Alloy and Technology Developments for Advanced Gas Containment Applications 1) Luxfer Gas Cylinders, USA, 2) Luxfer Gas Cylinders, France, 3) Luxfer Gas Cylinders, UK, 4) Luxfer European Alternative Fuel Centre, Italy |
| 1A-02 |
Structure and Welding Technologies for SPB LNG Aluminum Tank IHI Corporation, Japan |
| 1A-03 |
Aluminium Self Piercing Riveted Connections: Effect of Pre-straining and Natural Aging on the Mechanical Behaviour 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway, 3) Impetus Afea AS, Norway |
| KL-02Keynote |
On the Impact of Thermo-mechanical Processing on Microstructure and Texture and the Resultant Anisotropy of Aluminium Sheet Hydro Aluminium Deutschland GmbH, Germany |
| IL-03Invited |
Texture Formation in Aluminum Solid Solution Alloys by High-temperature Deformation Graduate School of Yokohama National University, Japan |
| 1C-01 |
Influence of Solute Atoms on Thermal Stability of Fibrous Structure in 2024 Aluminum Alloy Extrusion Sumitomo Light Metal Industries, Ltd., Japan |
| 1C-02 |
An Analysis of Roping in AA6016 Sheet by Through-thickness Texture Measurements and Numerical Simulations 1) Ecole Nationale Supérieure des Mines de Saint-Etienne, France, 2) Alcan Centre de Recherches de Voreppe, France |
| 1C-03 |
Impact of the Precipitation State on Texture Evolution during Thermomechanical Processing of AA6016 RWTH Aachen University, Germany |
| 1C-04 |
Behavior of Texture Formation during Uniaxial Compression of AA5052 and AA5182 Alloys at High Temperatures Yokohama National University, Japan |
| 1C-05 |
Same Area Observations on Recrystallization in Cold-Rolled Al-Mg-Si Alloy by means of EBSD University of Hyogo, Japan |
| 1C-06 |
Evolution of Recrystallization Texture in Aluminum Alloy Sheets by Asymmetric-Warm-Rolling Furukawa-Sky Aluminum Corp., Japan |
| 1C-07 |
Texture and Microstructure Evolution of AA1100 during Accumulative Roll Bonding Korea Institute of Materials Science, Korea |
| KL-03Keynote |
Selecting the Optimum Mg and Si Content for 6xxx Series Extrusion Alloys Monash University, Australia |
| 1D-01 |
Characterization of the Micro-Segregation in an AlMgMn Alloy Using an Innovative In-Situ Homogenization Process During Direct Chill Casting 1) Novelis Ulsan Innovation Centre, Korea, 2)Novelis Global Technology Centre, Canada, 3)Novelis-Solatens, USA |
| IL-05Invited |
Study of the Crack Sensitivity of 6xxx Aluminum Alloys 1) Suzhou Institute for Nonferrous Metals Research, China, 2) Nippon Light Metal Company Ltd., Japan, 3) National Institute of Advanced Industrial Science and Technology, Japan, 4) Chulalongkorn University, Thailand |
| 1D-02 |
Mechanical Behavior of a 6061 Aluminum Alloy in the Semi-solid State Determined by Non-isothermal Tensile Tests during Solidification 1) Université de Grenoble, France, 2) INSA Lyon, France |
| 1D-03 (link to Mater. Trans.) |
Grain Morphology of As-Cast Wrought Aluminium Alloys 1) CAST Co-operative Research Centre, Australia, 2) Monash University, Australia, 3) CSIRO Process Science and Engineering, Australia, 4) The University of Queensland, Australia |
| 1D-04 |
Automatic Control of Molten Metal Flow for Improving Casting Performance 1) Precimeter Control AB, Sweden, 2) Sentech Precimeter Inc., USA, 3) Ai Precimeter Co., Ltd., Japan |
| IL-09Invited |
Mechanisms of Macro-Segregation in Direct-Chill Casting of Aluminum Alloys Delft University of Technology, Netherlands |
| IL-10Invited |
Numerical Simulation and Experimental Research on the Cooling-controlled Technology for High Strength Aluminums Alloy Ingots Suzhou Institute for Nonferrous Metal Process Technology, China |
| IL-01Invited |
Present Situation and Problems on Recycling of Aluminum Wrought Alloy Scrap Materials Recovered from End of Life Vehicle Furukawa Research Inc., Japan |
| IL-04Invited |
A New Used Aluminum Beverage Can Recycling System 1) Mitsubishi Aluminum Co., Ltd., Japan, 2) Universal Can Corporation, Japan |
| 1E-01 |
Aluminum Material Flow in Japan and Novel Processes Utilizing Secondary Alloys 1) Yokohama National University, Japan, 2) Tokyo Institute of Technology, Japan |
| 1E-02 |
Standard Aluminium Ingot Production From Aluminium Scraps Rajamangala University of Technology, Thailand |
| IL-07Invited |
The Latest Refining Technologies of Segregation Process to Produce High Purity Aluminum Kyushu Mitsui Aluminum Co., LTD., Japan |
| IL-08Invited |
The Latest Melt Refining Technology in Furnace for Environmental Improvement Pyrotek Japan Co., Ltd., Japan |
| 1E-03 |
Solid State Recycling of Die-Cast Aluminum Alloy Chip Wastes by Compressive Torsion Processing Nagoya University, Japan |
| 1E-04 |
Aluminum Scrap Recycling by Hot Extrusion without Melting Process 1) Institute of Machining Technology, Germany, 2) Technische Universität Dortmund, Germany |
| 1E-05 |
Combustion Foaming Process of Porous Al/Al3Ti Composite Made from Al Machined Chip Nagoya University, Japan |
| KL-05Keynote |
Effect of Homogenization Practice and Mn Content on the High Temperature Constitutive Behaviour of AA3xxx Aluminum Alloys 1) The University of British Columbia, Canada, 2) University of Waterloo, Canada, 3) Rio Tinto Alcan, Canada |
| 2A-02 |
Homogenization Model for 7xxx Aluminum Alloys Alcoa Technical Center, USA |
| 2A-03 |
"Universal" Laws for the Density of Disperoids after the Homogenisation Heat Treatment of Aluminium SINTEF, Norway |
| 2A-04 |
Modelling Homogenization Heat Treatment for AA3XXX Alloys 1) The University of British Columbia, Canada, 2) University of Waterloo, Canada, 3) Rio Tinto Alcan, Canada |
| KL-10Keynote |
Trace Elements In Aluminium Alloys: Their Origin And Impact On Processability And Product Properties 1) Hydro Aluminium, Norway, 2) Hydro Aluminium Deutschland GmbH, Germany |
| 2A-05 |
Effects of Trace Elements in Al-Fe-alloys on Microstructure and Properties of Rolled Products Hydro Aluminium Deutschland GmbH, Germany |
| 2A-06 |
Yield Stress Development during Age-Hardening of AA6xxx: Comparison of Two Model Predictions with Experimental Findings 1) RWTH-Aachen University, Germany, 2) Hydro Aluminium Deutschland GmbH, Germany, 3) Hydro Automotive Structures, Norway |
| 2A-07 |
The Effect of Cold Deformation on Annealing Behavior of AA3xxx Alloys 1) The University of British Columbia, Canada, 2) University of Waterloo, Canada, 3) Rio Tinto Alcan, Canada |
| 2A-08 |
Interactions between Precipitation and Annealing Phenomena during Non-isothermal Processing of an AA6xxx Alloy 1) University of Waterloo, Canada, 2) McMaster University, Canada, 3 Novelis Global Technology Centre, Canada |
| IL-17Invited |
The Effect of Slip Mode on Brittle Intergranular Fracture of Al Alloys 1) Monash University, Australia, 2) AUT University, New Zealand, 3) Defence Science and Technology Organisation, Australia |
| IL-18Invited |
Development of Dislocation Structures during Cyclic Deformation of Aluminum Single Crystals Tokyo Institute of Technology, Japan |
| 2A-09 (link to Mater. Trans.) |
Formation of Dislocation Structure during Cyclic Deformation of Ultrafine-grained Aluminum at Low Temperatures Tokyo Institute of Technology, Japan |
| 2A-10 |
Study on Crack Branching of 2324-T39 Aluminum Alloy under Tension Dominated Spectrum Loading Beihang University, China |
| 2A-11 |
Fatigue Mechanisms of Brazed Al-Mn Alloys Used in Heat Exchangers 1) Universités de Lyon, France, 2) Alcan CRV, France, 3) Valeo Engine Cooling, France |
| 2A-12 |
The Effect of Heat Treatment on Tensile, Fatigue and Fracture Resistance of ADC3, ADC10, and ADC12 Alloys CSIRO Light Metals Flagship, Australia |
| IL-19Invited |
Experimental and Numerical Study on the Fracture Behaviour of the Aluminium Alloy AA7075-T651 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway, 3) Norwegian Defence Estates Agency, Norway |
| 2A-13 |
Relating Plastic Properties to Microstructure by Linking FE Simulations with Microstructure Analysis Alcoa Technical Center, USA |
| IL-20Invited |
Effect of Experimental Humidity on Fatigue Fracture of 6XXX-series Aluminum Alloys Furukawa-Sky Aluminum Corp., Japan |
| 2A-14 |
Hydrogen Evolution during Fatigue Deformation in 6061 and 7075 Aluminum Alloys Osaka University, Japan |
| 2A-15 |
Behavior of Hydrogen Invaded Aluminum Alloys from Environment 1) Ibaraki University, Japan, 2) Nippon Light Metal Co., Ltd., Japan |
| KL-06Keynote |
The Kinetics of Natural Ageing in 6000 Alloys - a Multi-method Approach 1) Helmholtz-Centre Berlin for Materials and Energy, Germany, 2) CSIRO, Australia, 3) Technische Universität, Germany |
| 2B-01 |
Strengthening of 6xxx Series Sheet Alloys During Natural Ageing and Early-stage Artificial Ageing Monash University, Australia |
| 2B-02 |
Effect of Natural Ageing on the Artificial Ageing Response of an Al-Mg-Si-Cu Alloy 1) Monash University, Australia, 2) Suzhou Nonferrous Metals Research Institute, CHALCO, China, 3) Polytech Nantes, France |
| 2B-03 |
An Ageing Model for Al-Mg-Si Alloys Assuming the Needle-Shaped Morphology for Precipitates 1) Materials innovation institute (M2i), Netherlands, 2) Delft University of Technology, Netherlands |
| 2B-04 |
Continuous Cooling Precipitation Diagrams Depending on the Composition of Aluminum-Magnesium-Silicon Alloys University of Rostock, Germany |
| IL-15Invited |
Behind Structure and Relation of Precipitates in Al-Mg-Si and Related Alloys 1) SINTEF, Norway, 2) Norwegian University of Science and Technology, Norway, 3) Hydro Aluminium RDT, Norway |
| 2B-05 |
Effect of Addition of Ag / Cu on Precipitation in Al-Mg-Si Alloys 1) University of Toyama, Japan, 2) Toyama Prefectural University, Japan, 3) Tokyo Institute of Technology, Japan |
| 2B-06 |
Disordered Precipitates in an Al-Mg-Si-Cu-Ag Alloy 1) SINTEF, Norway, 2) Technical University of Denmark, Denmark, 3) Norwegian University of Science and Technology, Norway |
| 2B-07 |
Modification of Precipitate Microstructure in 6060 Al Alloy by Equal-Channel Angular Pressing 1) ARC Centre of Excellence for Design in Light Metals, Australia, 2) The University of Sydney, Australia, 3) Monash University, Australia |
| 2B-08 (link to Mater. Trans.) |
The Effect of Deformation on the Artificial Aging Response of an Al-Mg-Si Alloy 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway |
| 2B-09 |
Development of a New Aluminium-Lithium Alloy of Al-Cu-Mg-Li (Ag, Sc) System Intended for Manufacturing Sheets, Thin-Walled Sections and Forgings Kamensk Uralsky, Russia |
| 2B-10 |
Effect of Addition of Sc and Mg on 2219 Al Alloy Indian Institute of Science, India |
| 2B-11 |
Precipitation Hardening of Semi-Finished Micro Components Made of Al-2Sc IWT - Foundation Institute of Materials Science, Germany |
| 2B-12 |
Effect of Scandium on Mechanical Properties of Aluminum Silicon Casting After Elevated Temperature Exposure 1) University of the Thai Chamber of Commerce, Thailand, 2) King Mongkut's University of Technology Thonburi, Thailand |
| 2B-13 |
Phase Field Modeling of Precipitation Kinetics in Al-Sc Alloys University of Rouen, France |
| 2B-14 |
The Effect of Bimodal Precipitate Distributions on the Strength-Elongation Combinations in Al-Cu Alloys Monash University, Australia |
| 2B-15 |
Early Stages of Ω Phase Precipitation in Al-Cu-Mg-Ag Observed in situ with and without Applied Stress by Small Angle X-ray Scattering SIMAP, France |
| 2B-16 |
Effect of Cooling Method on the Microstructure and Properties of 7085 Aluminum Alloy during Non-isothermal Aging 1) Harbin Institute of Technology, China, 2) Beijing Institute of Aeronautical Materials, China |
| 2B-17 |
Kinetic Study of Phase Transformation of Al-Zn-Mg-Cu Alloy during Quenching Process Beijing University of Aeronautics and Astronautics, China |
| 2B-18 |
The Effect of Fe, Mn and Trace Elements on Precipitation in Al-Mg-Si Alloy 1) Institute of Applied Material, Germany, 2) Hydro Aluminium Deutschland GmbH, Germany |
| 2B-19 |
A TEM Study on α-Al(Mn,Fe)Si Dispersoids Precipitated in AA3003 Alloy 1) SINTEF, Norway, 2) Hydro Aluminium, Norway, 3) Sapa Technology, Sweden, 4) University of Oslo, Norway |
| IL-11Invited |
Correlation between Texture and Formability of Aluminum Alloy Sheets: Crystal Plasticity Predictions Yamagata University, Japan |
| IL-12Invited |
Modeling Transients Related to Strain-path Changes 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway |
| 2C-01 |
Construction of Forming Limit Diagrams for AA 5754 and AA 2024 Aluminium Alloys 1) Selcuk University, Turkey, 2) Karabuk University, Turkey |
| 2C-02 |
Improvement in Metal Formability by Lowering Process Temperature Consciously Hosei University, Japan |
| KL-09Keynote |
Microstructurally Based Models for Shear Localization and Formability in Automotive Aluminum Alloys 1) McMaster University, Canada, 2) General Motors Research and Development Center, USA |
| 2C-03 |
The Strain Hardening Behaviour of Supersaturated Al-Cu Alloys 1) Monash University, Australia, 2) Institut Jean Lamour, France, 3) SIMAP, France, 4) CSIRO, Australia |
| 2C-04 |
Numerical Analysis of the Influence of Rolling Conditions on the Microstructure Evolution during Hot Rolling of Aluminium Alloy 5083 Using a Physical Model 1) Light Metals Technologies Ranshofen GmbH, Austria, 2) AMAG rolling GmbH, Austria, 3) Graz University of Technology, Austria |
| 2C-05 |
Effect of Tool Angle on New Shearing Method of 1100 Aluminium Sheet 1) The University of Electro-Communications, Japan, 2) AMADA Co., Ltd., Japan |
| 2C-06 |
Lubrication Performance of Palm Olein in Cold Extrusion of Aluminum Alloy Using Tool with Pits Arrays Surface 1) Kagoshima University, Japan, 2) Universiti Teknologi Malaysia, Malaysia |
| 2C-07 |
Evaluation of RBD Palm Stearin as an Extrusion Lubricant of Aluminum Alloy 5083 1) Universiti Teknologi Malaysia, Malaysia, 2) Kagoshima University, Japan |
| 2C-08 |
Mathematical Modelling of the Extrusion of AA3xxx Aluminum Alloys 1) University of Waterloo, Canada, 2) Rio Tinto Alcan, Canada, 3) University of British Columbia, Canada |
| 2C-09 |
Industrial Extrusion and Characterisation of Alloy AA2013 1) Nedal Aluminium B. V., Netherlands, 2) Sumitomo Light Metal Industries Ltd, Japan, 3) NLR, Netherlands |
| 2C-10 |
Deliberation of CAE Model for Extruded Rectangular Hollow Products 1) University of Toyama, Japan, 2) Aisin Keikinzoku Co., Ltd., Japan |
| 2C-11 |
FEM Codes Benchmark for Aluminum Extrusion Process Analysis 1) University of Bologna, Italy, 2) Technische Universität Dortmund, Germany |
| 2C-12 |
Deformation Behavior of Joining Tube and Holed Rib by Extrusion The University of Electro-Communications, Japan |
| 2C-13 |
Bendability and Fracture Behaviour of Heat-treatable Extruded Aluminium Alloys Norwegian University of Science and Technology, Norway |
| 2C-14 |
Internal Threads for Thin-Walled Sections Technische Universität Dortmund, Germany |
| 2C-15 |
The Effect of Crystallographic Texture on the Wrap Bendability in AA5754-O Temper Sheet Alloy Novelis Global Technology Centre, Canada |
| 2C-16 |
Processing Limit in V-bending 1) AMADA Co., Ltd., Japan, 2) The University of Electro-Communications, Japan |
| 2C-17 |
Deformation by V-bending of Thick Plate Metal 5083 1) The University of Electro-Communications, Japan, 2) AMADA Co., Ltd., Japan |
| 2C-18 |
Deformation Behavior in Three-point Bending of Aluminum Alloy Honeycomb Structures 1) Teikyo University, Japan, 2) Utsunomiya University, Japan |
| KL-07Keynote |
Sono-Solidification in Hypereutectic Al-Si Alloy Toyota Technological Institute, Japan |
| IL-13Invited |
Ultrasonic Processing of Aluminum Alloys for Grain Refining 1) All-Russia Institute of Light Alloys, Russia, 2) Materials innovation institute, Netherlands |
| IL-14Invited |
A New Approach to Producing AA7055 Aluminum Alloy Slab Ingots 1) Northeastern University, China, 2) Suzhou Institute for Nonferrous Metals Research, China |
| 2D-01 |
Refinement of Primary Silicon in Casting Aluminum Alloys via Application of Ultrasonic Vibrations to DC Process Nippon Light Metal Company, Japan |
| 2D-02 (link to Mater. Trans.) |
Refinement Factors of Mechanical Vibrations on Microstructure of Al-7mass%Si Alloys 1) National Institute of Advanced Industrial Science and Technology, Japan, 2) Yamagata Research Institute of Technology, Japan |
| 2D-03 (link to Mater. Trans.) |
Microstructural Change during Solution Heat Treatment and Its Effect on Tear Toughness in A356 Cast Alloys Tokyo Institute of Technology, Japan |
| 2D-04 |
Aging Characteristics, Dimensional Stability and Assessment of High-Temperature Performance of Cast Al-Si Alloy for Powertrain Applications 1) CANMET Materials Technology Laboratory, Canada, 2) McGill University, Canada, 3) McMaster University, Canada |
| 2D-05 |
Effect of Cooling Rate on Microstructure and Mechanical Properties in Al-Si Alloys 1) Korea Institute of Materials Science, Korea, 2) Shandong University, China, 3) Institute of Technology of Metals, Belarus |
| 2D-06 |
Recent Developments in Through-Process Modelling of Aluminium Die-Castings 1) SINTEF, Norway, 2) Norwegian University of Science and Technology, Norway, 3) Norsk Hydro ASA, Norway, 4) Norwegian University of Science and Technology, Norway |
| 2D-07 |
The Skin Effect in High Pressure Die Casting Al Alloys 1) The University of Queensland, Australia, 2) CSIRO, Australia |
| 2D-08 (link to Mater. Trans.) |
High Speed Twin-roll Casting of Al-Si Based Alloys Tokyo Institute of Technology, Japan |
| 2D-09 |
Effect of Mn Content on Microstructure of Twin Roll Cast Al-Mg-Mn Alloys Korea Institute of Materials Science, Korea |
| 2D-10 |
Casting of Three Layers of Aluminum Alloy Clad Strip Using a Vertical Type Tandem Twin Roll Caster 1) Osaka Institute of Technology, Japan, 2) Tokyo Institute of Technology, Japan, 3) Gunma University, Japan |
| 2D-11 |
Casting of Three Layers of Aluminum Alloy Clad Strip Using a Different Diameter Twin Roll Caster 1) Osaka Institute of Technology, Japan, 2) Tokyo Institute of Technology, Japan, 3) Gunma University, Japan |
| 2D-12 |
Microstructures and Properties of Al-Mn Aluminum Alloys Fabricated by a Twin Belt Caster Nippon Light Metal Company, Ltd. NRDC., Japan |
| 2D-13 |
Melt Conditioned Twin Roll Casting Process for Aluminium Alloys Brunel University, UK |
| 2D-14 |
On the Development of a Cold Cracking Criterion for DC-Casting of High Strength Aluminum Alloys 1) Materials innovation institute, Netherlands, 2) Delft University of Technology, Netherlands |
| 2D-15 |
Removal of Iron from Commercial Aluminum by Electroslag Refining Shanghai Jiao Tong University, China |
| 2D-16 (link to Mater. Trans.) |
Effect of Mg on Fluidity and Microstructure of Al-12%B4C Composites University of Quebec at Chicoutimi, Canada |
| 2D-17 |
The Effect of Cu on Feeding Characteristics of Aluminum Casting Alloys 1) Korea Institute of Industrial Technology, Korea, 2) Dongguk University, Korea |
| 2D-18 |
Gate Microstructure in an AlSi9MgMn High-Pressure Die Casting 1) Imperial College, UK, 2) Hydro Aluminium, Norway |
| KL-08Keynote |
Appearance Modeling of Multilayered Nano-structured Metal Oxides Formed in Interference Coloured Anodised Aluminium 1) Vrije Universiteit Brussel, Belgium, 2) United Anodisers, Belgium, 3) TSC Surface Critical Products Ltd., UK |
| 2E-01 |
Electron Beam Liquid Phase Surface Technologies for Components Made from High-Loaded Aluminium Materials 1) TU Bergakademie Freiberg, Germany, 2) Zenker Consult, Germany |
| 2E-02 |
Hydrophilic Coating with Water Glass and Sodium Poly-acrylate on the Aluminum Sheet with Chromate-phosphate Conversion Coating Kobe Steel, Ltd., Japan |
| 2E-03 |
Corrosion Resistance Improvement of Aluminum by Hydrophobic Anodic Oxide Film Hokkaido University, Japan |
| 2E-04 |
Effect of Composition, Grain Size and Texture on the Etching Response of 6xxx Alloys Hydro Aluminium, Norway |
| IL-16Invited |
Aluminum Alloys in a Hyperspace ? – An Exotic View of Quaicrystals University of Tokyo, Japan |
| 2E-05 |
Characterization of Al85Ni11Y4 Melt Spun Glass CSIRO, Australia |
| 2E-06 |
Nanocrystallization in Al-based Metallic Glasses Tohoku University, Japan |
| 2E-07 |
Mechanical Properties, Microstructure and Formability of Aluminum Alloys with Dispersed Nanoscale Quasicrystalline Particles 1) Honda R&D Co., Ltd., Japan, 2) Tohoku University, Japan |
| 2E-08 |
Structure and Properties of Nanocomposites Prepared from Ball Milled 7475 Aluminum Alloy with ZrO2 Powders 1) Institute of Metallurgy and Materials Science of the Polish Academy of Sciences, Poland, 2) Institute of Strata Mechanics of the Polish Academy of Sciences, Poland |
| 2E-09 |
Effect of Stirring Time and Processing Temperature on the Size Distribution of Al6061-Al2O3 Powder Mixture Produced by In Situ Powder Metallurgy (IPM) Method University of Tehran, Iran |
| 2E-10 |
Properties of "MAXUSTM" Aluminum Matrix Composite 1) Nippon Light Metal Company, Ltd., Japan, 2) Nikkeikin Aluminium Core Technology Company, Ltd., Japan |
| 2E-11 |
Fabrication of (Al2O3-IMC)p/Al Composite Materials by In-situ Reaction Using MA Processed Al/MO Powders 1) Tokyo Institute of Technology, Japan, 2) Chonbuk National University, Korea |
| 2E-12 |
Effect of Powder Blending Ratio on the Microstructure of AlN Matrix Composite Fabricated by Reactive Infiltration Nagoya University, Japan |
| 2E-13 |
Effect of Nd Content on the Mechanical Properties of Grf/Al Composite 1) Harbin Institute of Technology, China, 2) Harbin Bureau of Quality and Technical Supervision, China |
| 2E-14 |
Effect of Indium Addition on Matrix of MgB2 / Al Composite Materials 1) University of Toyama, Japan, 2) National Institute for Fusion Science, Japan, 3) Nikkei Niigata, Japan |
| 2E-15 |
An Al Alloy-Ti Microfilament Composite Manufactured by Co-spray Forming and Accumulative Deformation Processing 1) University of Oxford, UK, 2) PEAK Werkstoff GmbH, Germany, 3) University of Buenos Aires, Argentina |
| 2E-16 |
Combined Process of Ultrasonic Welding and Precipitation Hardening of Aluminium Alloy 2024/Carbon Fibre Reinforced Composites Structures University of Kaiserslautern, Germany |
| 2E-17 |
Effect of High Temperature Diffusion on Microstructure and Mechanical Performance of Si/1199Al Composites Harbin Institute of Technology, China |
| 2E-18 (link to Mater. Trans.) |
Preparation of Unidirectional Carbon Fiber Preform for Cf/Al Composites Hiroshima University, Japan |
| 2E-19 |
Effect of Microstructure on Thermal Properties for VGCF/ Aluminum Composites Fabricated by Spark Sintering Process Hiroshima University, Japan |
| 3A-01 |
Effect of Particles of the Eutectic Phases on the Structure of Superplastic Aluminum Alloys National University of Science and Technology "MISIS", Russia |
| 3A-02 |
Fabrication of Superplastic Aluminum Sheets by Equal-channel Angular Pressing Followed by Isothermal Rolling Belgorod State University, Russia |
| 3A-03 |
Influence of Scandium Additions and Various Alloy Sheet Thickness on the Superplastic Properties of Al-Mg and Al-Mg-Mn Alloys 1) University of Ljubljana, Slovenia, 2) Slovenska Bistrica, Slovenia |
| 3A-04 |
Examination of the Impact of Additives Zirconium on the Heat Resistance of Conductive Aluminum Alloys AGH University of Science and Technology, Poland |
| 3A-05 |
Evolution of Grain Structure During Superplastic Deformation of an Al-Zn-Mg-Cu-Zr Alloy Containing Sc 1) Defence Metallurgical Research Laboratory, India, 2) Indian Institute of Technology, India |
| IL-25Invited |
Laser Welding and Hybrid Welding of Aluminium Alloys Osaka University, Japan |
| IL-28Invited |
Novel Brazing Technologies for Hybrid Aluminum Structures TU Dortmund, Germany |
| 3A-06 |
Effect of Mechanical Arc Oscillation on Partially Melted Zone (PMZ) Microstructure and Properties of 2014 T6 TIG Welds IIT Bombay, India |
| 3A-07 |
Effects of TIG Welding Parameters on Dissimilar Metals Welding between Mild Steel and 5052 Aluminum Alloy Suranaree University of Technology, Thailand |
| 3A-08 |
Ultrasonic Welding of Aluminum Wires with Large Cross Sections University of Kaiserslautern, Germany |
| 3A-09 (link to Mater. Trans.) |
High-speed Solid-state Welding of 2xxx Aluminum Alloy Studs to 5xxx Aluminum Alloy Plates Tokyo Institute of Technology, Japan |
| 3A-10 (link to Mater. Trans.) |
Metal Jet Emission and Wavy Interface Formation in High-speed Impact Welding Tokyo Institute of Technology, Japan |
| 3A-11 (link to Mater. Trans.) |
A Study on Joining Al/Steel pipe Using a Magnetic Pulse Welding 1) KITECH, Korea, 2) Mokpo National University, Korea |
| 3A-12 |
Nano-scale Evaluation of Interfacial Reaction Layers in Aluminum and Steel Dissimilar Metals Joints with Alloying Elements using Nanoindentation Technique Osaka University, Japan |
| 3A-13 |
Effects of Aluminium Alloy Surface Preparation in TIG Dissimilar Metals Welding between Mild Steel and 5052 Aluminium Alloy Suranaree University of Technology, Thailand |
| 3A-14 |
Effects of Silicon Alloying on Mechanical Properties of RSW Joints between Al-Mg-Si Alloys and High Tensile Strength Steels Kobe Steel, Ltd., Japan |
| 3A-15 (link to Mater. Trans.) |
Microstructure and Mechanical Properties of 5000 System Al Stud Joints with Zn Insert Using Friction Welding 1) Osaka university, Japan, 2) Kawasaki Heavy Industries, Ltd., Japan |
| 3A-16 |
Incipient Melting and Corrosion Properties of Friction Stir Welded AA2024-T3 Joints 1) Institute of Materials Research, Germany, 2) Institut für Werkstoffkunde und Schweißtechnik, Germany |
| 3A-17 (link to Mater. Trans.) |
Growth Manner of Intermetallic Compound Layer Produced at Welding Interface of Friction Stir Spot Welded Al/Steel Lap Joint Tokyo Institute of Technology, Japan |
| 3A-18 (link to Mater. Trans.) |
Evaluation of the Process-Properties Relationship of Al 2024 Friction Spot Welds 1) GKSS Forschungszentrum GmbH, Germany, 2) Federal University of Sao Carlos (UFSCar), Brazil |
| 3A-19 |
An Experimental Investigation of the Heat Affected Zone (HAZ) Properties of AA6060 and AA7046 Following Different Heat Treatment Schedules 1) Norwegian University of Science and Technology, Norway, 2) Hydro Aluminium, Norway, 3) SINTEF, Norway |
| 3A-20 |
Microstructures and Mechanical Properties of 7075 Aluminum Alloy by Repetition Friction Stir Processing Nihon University, Japan |
| 3B-01 |
Microstructure and Microhardness of an Al-Zr-Ti-Fe Alloy Toyota Central R&D Labs., Inc. Japan |
| 3B-02 |
Precipitation Kinetics in Age Hardening Al-Alloys by Dilatometry and Differential Scanning Calorimetry 1) Vienna University of Technology, Austria, 2) University of Bordeaux 1, France |
| 3B-03 |
Dynamic Precipitation During Cyclic Deformation in Under Aged Al-4Cu Containing θ′ (Al2Cu) Precipitates 1) Monash University, Australia, 2) Osaka City University, Japan |
| 3B-04 |
Microstructure of Two Overaged Al-Mg-Si-Cu Alloys 1) NTNU, Norway, 2) Hydro Aluminium, Research and Technology Development, Norway, 3) SINTEF, Norway |
| 3B-05 |
The Effect of Deformation on the Precipitation Behaviour of an AlMgSi Alloy A HRTEM Study 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway, 3) Raufoss Technology & Industrial Management, Norway |
| IL-26Invited |
GP Zone Facets in Al-4, 15 & 30 wt% Ag Alloys 1) Toyama University, Japan, 2) University of Virginia, USA |
| 3B-06 |
The Relationship between Precipitation Behavior and Alloy Composition in an Al-Mg-Si Alloy 1) Yokohama National University, Japan, 2) National Institute for Materials Science, Japan |
| 3B-07 |
Effects of Cu Addition on Aging Behavior of Al-0. 5%Si-0. 3%Mg Alloy Furukawa-sky Aluminum Corp., Japan |
| 3B-08 (link to Mater. Trans.) |
Effects of Cu Addition on Behavior of Nanoclusters during Multi-step Aging in Al-Mg-Si Alloys Tokyo Institute of Technology, Japan |
| 3B-09 |
The Effect of Ag Addition on Transition of Crystal Structure for β'-phase in Al-Mg-Si Alloy 1) University of Toyama, Japan, 2) Tokyo Institute of Technology, Japan, 3) SINTEF, Norway, 4) Norwegian University of Science and Technology, Norway |
| 3B-10 |
Natural Ageing of Al-Mg-Si Alloys Institute of Applied Materials, Germany |
| 3B-11 |
Effect of Amount of Pre-strain on Bake-hardening Response of an Al-Mg-Si Alloy 1) Yokohama National University, Japan, 2) Kobe Steel, Ltd., Japan |
| 3B-12 |
Effects of Natural Aging and Cold Work on the Strength of 2013 Aluminum Alloy Sumitomo Light Metal Industries, Ltd., Japan |
| 3B-13 |
Thermo-kinetic Computer Simulation of Differential Scanning Calorimetry Curves of AlMgSi Alloys Vienna University of Technology, Austria |
| 3B-14 (link to Mater. Trans.) |
Microstructural Change Resulting from Aging Treatment of Ultrafine Grained Al-Si Alloy Fabricated by ARB 1) Okayama University of Science, Japan, 2) Kyoto University, Japan, 3) Osaka University, Japan |
| 3B-15 |
The Influence of Cu Content on the Aging Behavior of Al2O3P/Al-Cu-Mg Composite 1) Harbin Institute of Technology, China, 2) Hebei University of engineering, China |
| 3B-16 |
Heat Treatment of Aluminum Castings Combined with Hot Isostatic Pressing Technische Universität München, Germany |
| 3B-17 |
Effect of Solution Treatment on Microstructure and Mechanical Properties of Thick Plate Aluminium Alloy 7150 1) Monash University, Australia, 2) Southwest Aluminium Co. Ltd., China |
| 3B-18 |
Electrical Resistivity and Strength of Cold Rolled Sheets of Aluminium Alloys Containing up to 0. 64 wt. % Zr 1) National Research and Technological University "MIS&A", Russia, 2) OAO "Kirskabel", Russia |
| 3B-19 |
An Effect of Deformation after Quenching and Heat Treatment on Mechanical and Corrosion Properties of Al-Mg-Si-Cu-Zn Alloy FSUE "All-Russian Institute of Aviation Materials", Russia |
| 3B-20 |
Influence of Precipitate Morphology on Hardness and Electrical Conductivity of Heat-treatable Aluminum Alloys 1) Xi'an Jiaotong University, China, 2) The University of Southern Central China, China |
| 3B-21 |
Influence of Homogenizing and Ageing Practices on Microstructure and Dynamic Compression of Crash Relevant Al-Alloy Extrusions 1) ETEM S. A., Greece, 2) ELKEME Hellenic Research Centre for Metals S. A., Greece |
| ICAA11 |
Effect of Plastic Deformation on Age Hardening Response of Al-Mg-Si Alloy Kobe Steel, Ltd, Japan |
| KL-11Keynote |
Recrystallization or Not ?: Formation Mechanism of Ultrafine Grains in Aluminum through Severe Plastic Deformation and Subsequent Annealing 1) Kyoto University, Japan, 2) Tohoku University, Japan |
| IL-22Invited |
Powder Consolidation by Severe Plastic Deformation and its Applications in Processing Ultrafine and Nanostructured Aluminium and Composites University of Melbourne, Australia |
| 3C-01 |
Effects of Strain Increment on Grain Refining in Pure Aluminum during Room Temperature Multiple Directional Forging 1) Tohoku University, Japan, 2) JX Nippon Oil & Energy, Japan |
| 3C-02 |
The Effect of Precipitation on the Recovery and Recrystallization Behaviour of AA6111 1) The University of British Columbia, Canada, 2) Corus Research, Development and Technology, Netherlands |
| 3C-03 |
Integrating Stress Enhanced Recovery into a Work Hardening Model RWTH Aachen University, Germany |
| IL-27Invited |
The Effect of Non-Linear Deformation History on Microstructure and Recrystallization in Hot Worked Aluminium The University of Sheffield, UK |
| 3C-04 |
Processing Aluminum and Aluminum Alloys by Continuous High-Pressure Torsion Kyushu University, Japan |
| 3C-05 |
Analysis of Yield Strength for Isothermal Aged Al-Mg-Si Alloys 1) Nippon Steel Corporation, Japan, 2) Kyushu University, Japan |
| 3C-06 |
The Effect of Transition Elements on Work Hardening of Al-4.8%Mg Alloy Extrusions Kobe Steel, Ltd, Japan |
| 3C-07 |
Strengthening Al-Mg-Si Alloys with Ultra Fine Sub-grain Structure National Institute for Materials Science, Japan |
| KL-13Keynote |
Evolution of Earing during Drawing and Ironing Processes 1) Alcoa Technical Center, USA, 2) Swinburne University of Technology, Australia, 3) POSTECH, Korea |
| 3C-08 |
Improvement in Deep Drawability by Texture Control for Rolled and Annealed Aluminum Alloy Sheets Osaka Prefecture University, Japan |
| 3C-09 |
Formability of AA5083 Aluminum Alloy Sheets Produced by Controlled Rolling Sumitomo Light Metal Ind. Ltd., Japan |
| 3C-10 |
Texture, Microstructure and Mechanical Properties of Asymmetrically Rolled AA6082 Aluminum Alloy 1) Politecnico di Milano, Italy, 2) Ieni, CNR, Italy, 3) CENIM, Spain |
| 3C-11 |
Texture and Mechanical Properties of Al-Mg-Si Series Aluminum Alloy Sheets Manufactured by Cross-roll Rolling Method 1) Korea Institute of Industrial Technology, Korea, 2) Chonbuk National University, Korea |
| 3C-12 |
Improvement of Deep Drawability of Al-Mg-Si Alloy Sheets for Automotive Panel by Asymmetric Warm Rolling Furukawa-Sky Aluminum Corporation, Japan |
| IL-31Invited |
Hot and Warm Deformation of AA5182 Sheet Materials: Ductility and Microstructure Evolution 1) The University of Texas at Austin, USA, 2) Nippon Steel Corporation, Japan, 3) Furukawa-Sky Aluminum Corporation, Japan |
| 3C-13 |
Towards High Strength 7xxx Aluminium Sheet Components Through Warm Forming 1) LKR Leichtmetallkompetenzzentrum Ranshofen GmbH, Austria, 2) Austria Metall AG, Austria |
| 3C-14 |
Mechanical and Forming Properties of AA6xxx Sheet from Room to Warm Temperatures 1) Materials innovation institute, Netherlands, 2) Delft University of Technology, Netherlands, 3) University of Twente, Netherlands |
| 3C-15 |
Development of Press Forming Technologies of Aluminum Alloy Sheets by Servo Press Furukawa-Sky Aluminum Corp., Japan |
| 3C-16 |
Microembossing of Ultra Fine-Grained Al University of Southampton, UK |
| 3C-17 |
Optimized Processing for Distortion Control in Milling of Al-Zn-Mg Alloys IWT - Foundation Institute of Materials Science, Germany |
| IL-21Invited |
In-situ X-ray Video Microscopy Studies of Al-Si Eutectic Solidification 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway, 3) University of Queensland, Australia |
| 3D-01 |
Nucleation and Growth Dynamics of the α-Al / β-Al5FeSi Eutectic in a Complex Al-Si-Cu-Fe Alloy 1) The University of Queensland, Australia, 2) Université de Grenoble, France, 3) ESRF, France |
| 3D-02 |
Characterisation of the Influence of Minor Elements on Microstructure Variations in a Secondary Cast Aluminium Piston Alloy 1) University of Southampton, UK, 2) Jomo Kenyatta University of Agriculture & Technology, Kenya |
| 3D-03 |
Influence of Internal Architectures of Cast AlSi10Cu5Ni1-2 on High Temperature Strength 1) Vienna University of Technology, Austria, 2) European Synchrotron Radiation Facility, France |
| 3D-04 |
Direct Observation of Solidification Behavior in Al-Si-Cu-Fe System 1) Korea Institute of Industrial Technology, Korea, 2) Osaka University, Japan |
| 3D-05 |
Application of Liquid Hot Isostatic Pressure Technique for Processing of Aluminum Cast Articles Belgorod State University, Russia |
| 3D-06 |
Modeling of Damage Behavior of Cast Aluminum Components Taking into Account Porosity Effects 1) Fraunhofer Institute for Mechanics of Materials, Germany, 2) Porsche AG, Germany |
| 3D-07 |
On the Effect of De-gassing over Melt Quality of A 354 Alloy 1) Norwaygian University of Science and Technology, Norway, 2) Teksid Aluminum, Itlay, 3) Sintef Materials and Chemistry, Norway |
| 3D-08 (link to Mater. Trans.) |
Effect of Secondary-Phase Particle Morphology on Tear Toughness of Al-Mg-Si-Mn Aluminum Alloy Castings 1) Tokyo Institute of Technology, Japan, 2) Aluminium Rheinfelden GmbH, Germany, 3) ITOCHU Corporation, Japan |
| 3D-09 |
Substitution of Nickel by Combined Addition of Cobalt and Zirconium in Alloy A 332 Clausthal University of Technology, Germany |
| KL-14Keynote |
3D Characterisation and Modelling of Fatigue Damage and Cracking in Metallic Alloys Using X-ray Tomography 1) Université de Lyon INSA-Lyon, France, 2) PRES UniverSud Paris, France |
| 3D-10 |
Development of Three-dimensional Plastic Strain Mapping Technique for X-ray Micro-tomography 1) Toyohashi University of Technology, Japan, 2) Keio University, Japan, 3) Japan Synchrotron Radiation Research Institute, Japan |
| 3D-11 |
3D Visualisation of Corrosion Propagation in AA2024 Aluminium Alloy 1) The University of Manchester, UK, 2) CSIRO Future Manufacturing Flagship, Australia |
| 3D-12 |
Assessment of Actual Complicated Fatigue Crack Propagation via 3D Image-based Numerical Simulation 1) Toyohashi University of Technology, Japan, 2) Kyushu University, Japan, 3) Japan Synchrotron Radiation Research Institute, Japan |
| KL-15Keynote |
Behavior of Hydrogen in Aluminum Ibaraki University, Japan |
| KL-16Keynote |
Hydrogen Micro Pores and Their Affects on Mechanical Properties 1) Toyohashi University of Technology, Japan, 2) Japan Synchrotron Radiation Research Institute, Japan |
| KL-17Keynote |
Advances in Laser Assisted 3D Atom Probe and Its Applications to Light Metals 1) National Institute for Materials Sciences, Japan, 2) Japan Science and Technology Agency, Japan |
| IL-32Invited |
Application of Electron Tomography for Characterizing Precipitate Morphologies in Aluninum Alloys Kyushu University, Japan |
| 3D-13 |
Atom Probe Study of Shear-Induced Dissolution of GP Zones in Al-3Cu Alloy 1) ARC Centre of Excellence for Design in Light Metals, Australia, 2) The University of Sydney, Australia, 3) Monash University, Australia, 4) Institut Jean Lamour, France |
| 3D-14 |
Methods for the Study of Clustering and Precipitation in Al-based Alloys by APT 1) Groupe de Physique des Matériaux, France, 2) Norwegian University of Science and Technology, Norway, 3) SIMAP, France |
| 3D-15 |
Clustering Behaviour in Al-Mg-Si Alloys Investigated by APT 1) Norwegian University of Science and Technology, Norway, 2) Université de Rouen, France, 3) SINTEF, Norway |
| 3D-16 |
Precipitate/Matrix Interface in an Al-Mg-Ge Alloy Studied by Annular Dark-Field Scanning Transmission Electron Microscopy 1) Norwegian University of Science and Technology, Norway, 2) Monash University, Australia, 3) SINTEF, Norway, |
| KL-12Keynote |
Towards Innovation in Materials Design for Aluminum Alloys with First Principle Calculations Osaka Prefecture University, Japan |
| IL-23Invited |
First-Principles Study of the Bonding and Mechanical Properties of Metallic Grain Boundaries 1) National Institute of Advanced Industrial Science and Technology, Japan, 2) Beijing University of Technology, China, 3) The University of Tokyo, Japan, 4) Nationa Institute for Materials Science, Japan |
| IL-24Invited |
Decohesion of Al Grain Boundary by Hydrogen and Liquid Metals: A First-Principles Study Japan Atomic Energy Agency, Japan |
| 3E-01 |
Modeling Solid Solution Strengthening Using First-Principles Results of Misfit Strain with Friedel Model in Al-Based Alloys Osaka Prefecture University, Japan |
| 3E-02 |
Chemical Bonding in Aluminium and Its Influence on Precipitates in Al Alloys Monash University, Australia |
| 3E-03 |
Atomistic Ab Initio Studies of Precipitate/Host Lattice Interfaces 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway |
| IL-29Invited |
Deformation Twinning in Bulk Aluminum with Coarse Grains Tohoku University, Japan |
| 3E-04 |
Modeling of the Yield Strength Evolution in Al-Mg-Si Alloys Vienna University of Technology, Austria |
| 3E-05 |
Crystal Plasticity Analysis of Ridging in 6000 Series Alloys Kobe Steel, Ltd., Japan |
| IL-30Invited |
Significance of Trace Element Segregation in Corrosion of Aluminum Alloys Norwegian University of Science and Technology, Norway |
| 3E-06 |
Sealing Mechanism of Anodic Porous Oxide Films Formed on Aluminum in Lithium Hydroxide Solution 1) Kogakuin University, Japan, 2) Suzuki Motor Corporation, Japan |
| 3E-07 |
Influence of Crystallographic Orientation on Corrosion Behavior of 5N Purity Aluminum Utsunomiya University, Japan |
| 3E-08 |
Following the Kinetics of Localised Corrosion on AA6111 Using SVET 1) Swansea University, UK, 2) Innoval Technology Ltd., UK |
| 3E-09 |
Electrochemical Activation of Surface Deformed Layers on Aluminium Alloys and Pure Aluminium 1) Swansea University, UK, 2) Innoval Technology Ltd., UK |
| 3E-10 |
Electrochemical Impedance Characteristics of 7075 Aluminum Alloys Produced by Conventional and Powder Extruded Methods under SSRT Test 1) University of Toyama, Japan, 2) Sankyo-Tateyama Holdings, Inc., Japan |
| 3E-11 |
Improvements in Corrosion Resistance Offered By Newer Generation 2x99 Aluminum-Lithium Alloys for Aerospace Applications 1) Alcoa Inc., USA, 2) Alcoa Forgings and Extrusions, USA |
| 3E-12 |
Results from Field Testing of Aluminium Extrusions on a Truck for Six Years. Comparisons with Accelerated Corrosion Testing. Hydro Aluminium Research and Technology Development, Norway |
| 3E-14 |
Pitting Corrosion of Aluminum Alloy in Marine Environment Furukawa-Sky Aluminum Corp., Japan |
| 3E-15 |
Effect of Additional Cu and Mg in Al-Mn-Si Alloy on Intergranular Corrosion Susceptibility After Heat-treatment at 473K Mitsubishi Aluminum Co., Ltd. Japan |
| 3E-16 |
Effect of Additional Fe, Ni, Mn, Si and Cu on Corrosion Resistance of Aluminum Alloy Fin Stock for Automotive Heat Exchangers Mitsubishi Aluminum Co., Ltd., Japan |
| IL-33Invited |
Processing and Properties of Cluster Strengthened Aluminium Alloys The University of Sydney, Australia |
| 4A-01 |
On The Solute Clustering Effect of Cu to Stimulate Enhanced Age-Hardening in 7000 Series Al-Zn-Mg-Cu 1) The University of Sydney, Australia, 2) New Zealand Aluminium Smelters Limited, New Zealand |
| 4A-02 |
Effects of High Temperature Retrogression and Re-aging Treatments on Microstructures and Properties of 7150 Alloy Beihang University, China |
| 4A-03 |
Simulation of Aluminum Alloys Homogenization Alcan Centre de Recherches de Voreppe, France |
| 4A-04 (link to Mater. Trans.) |
Statistical Analysis for Influence of Factors on Morphological Evolution in Semi-Solid Al-6Zn-2.5Mg-0.5Cu Alloy by Cooling Plate Method Gyeongsang National University, Korea |
| 4A-05 |
Thermodynamic Simulations of Multicomponent Phase Diagrams on the Base of Aluminum and Experimental Microstructure Analysis of the Alloys with a Considerable Quantity of Multiphase Eutectics 1) National University of Science and Technology "MISiS", Russia, 2) Institut National Polytechnique de Lorraine, France |
| IL-34Invited |
Re-examination of Deformation Mechanism Map of Pure Aluminum 1) Japan Aerospace Exploration Agency, Japan, 2) Utsunomiya University, Japan, 3) Osaka University, Japan, 4) Tokyo Metropolitan University, Japan |
| 4B-01 |
Creep Deformation Mechanism of Al-Mn Alloy Sheets with a Wide Range of Grain Size 1) Yokohama National University, Japan, 2) Furukawa-Sky Aluminum Corp., Japan |
| 4B-02 |
Microstructure and Creep Behavior of AlSiCuMgNi Piston Alloys 1) Iran University of Science and Technology, Iran, 2) University of Tehran, Iran |
| 4B-03 |
Mechanisms of Sagging during Brazing of Aluminium Heat Exchangers 1) Swerea-KIMAB, Sweden, 2) Sapa Technology, Sweden |
| 4B-04 |
Research of the Artificial Ageing Parameters Effect on Low-Temperature Creep of AlMgSi Wires 1) AGH University of Science and Technology, Poland |
| 4C-01 |
Effect of Grain Refinement on Forming and Brazing Characteristics of Al-Mn Alloy Korea Institute of Industrial Technology, Korea |
| 4C-02 (link to Mater. Trans.) |
Relating Quench Sensitivity to Microstructure in 6xxx Series Alloys Monash University, Australia |
| 4C-03 |
Prediction of Fracture of Aluminium Alloy with Surface Flaw in Upsetting 1) Kisarazu National College of Technology, Japan, 2) Yamaha Fine Technologies Co., Ltd., Japan |
| 4C-04 |
Influence of Process Cooling on the Workpiece Quality in Face Milling of Aluminum Alloys Technische Universität Dortmund, Germany |
| KL-18Keynote |
Innovative Foaming Processes for Ultra Light Weight Aluminum Foams Nagoya University, Japan |
| 4D-01 |
Performance Characterization of Alcoa Aluminum Foam Products Alcoa Technical Center, USA |
| 4D-02 |
Foaming Technique of Porous Aluminum/Intermetallics Composites by Precursor Method Nagoya University, Japan |
| 4D-03 |
Effect of Foaming Agent on Pore Initiation and Growth of Aluminum Foam Nagoya University, Japan |
| 4D-04 |
Fabrication of Lotus-type Porous Aluminum by Continuous Casting Technique Osaka University, Japan |
| 4D-05 |
Modeling for Anisotropic Foaming of Aluminum Precursor Tokyo Metropolitan University, Japan |
| P001 |
Effects of Mechanical Vibration on Gravity Die Casting of AC4C Aluminum Alloy 1) National Institute of Advanced Industrial Science and Technology, Japan, 2) Kotobuki Kinzoku Kogyo Co. LTD, Japan |
| P002 |
Dissolution and Melting of Constituent Particles in a DC-cast Al-Zn-Mg-Cu Alloy 7150 During Homogenisation 1) Southwest Aluminium Co. Ltd., China, 2) Monash University, Australia |
| P003 |
Prediction Method of Crack Sensitivity during DC Casting of Al-Mn and Al-Mg Series Aluminum Alloys 1) Kobe Steel Ltd., Japan, 2) Waseda University, Japan |
| P004 |
Microstructure and Property Variation of Roll-bonded 4xxx/3003/4xxx Aluminum Clad Sheets with Thermomechanical Process Korea Institute of Materials Science, Korea |
| P005 |
The Effects of Low Frequency Electromagnetic Field on Multi-physical Fields during the Start-up Phase of DC Casting Process 1) Northeastern University, China, 2) Suzhou Institute for Nonferrous Metals Research, China |
| P006 |
Deformation Behavior and Microstructure Evolution of an Aircraft Al-Cu-Mg-Mn Alloy at the Elevated Temperature Central South University, China |
| P007 |
Surface Segregation in DC-cast Aluminium AA5182, Measured in GDMS (Glow Discharge Mass Spectrometer) and Discussed in View of the Phase Diagram 1) SINTEF Metallurgi, Norway, 2) Norsk Hydro, Norway |
| P008 |
Evolution of the Nanostructure of a 7xxx Alloy During Retrogression and Re-ageing as Investigated by ASAXS and Atom Probe Tomography 1) Rio Tinto Alcan, France, 2) SIMAP, France, 3) Groupe de Physique des Materiaux, France |
| P009 |
Surface Segregation in Aluminium AA6xxx, Measured in GDMS(Glow Discharge Mass Spectrometer) and Calculated with Alsim/Alstruc 1) SINTEF Metallurgi, Norway, 2) Norsk Hydro, Norway, 3) Elkem Aluminium, Norway, 4) Institute for Energy Technology, Norway |
| P010 |
Thermoelectric Power Characterization of 7xxx Aluminium Alloys during Ageing 1) Corus Research, Development & Technology, Netherlands, 2) Delft University of Technology, Netherlands, 3) Aleris Aluminium Koblenz GmbH, Germany |
| P011 |
Effects of Alloying Additions and Cooling Rate on the Microstructures and Mechanical Properties of the Cast Al-Mg-Si Alloys 1) Korea Institute of Materials Science, Korea, 2) Pukyung National University, Korea |
| P013 |
In-line Degassing Treatment of A356 Alloy Using the Electromagnetic Melt Transferring Pump 1) Korea Institute of Materials Science, Korea, 2) Dongsan Tech., Co., Ltd., Korea, 3) Physico-Technological Institute of Metals and Alloys, Ukraine |
| P014 |
Microstructure Behavior of Al-Mg-Si Alloy Processed by ECAP and Its Thermal Stability 1) Univerzitnà 22, Plzeň, Czech Republic, 2) Comtes FHT Ltd., Czech Republic |
| P015 |
Effect of Ca Addition on Microstructure of Semi-Solid Al-Zn-Mg Al Alloys During Reheating Gyeongsang National University, Korea |
| P016 (link to Mater. Trans.) |
Dissimilar Metal Joining of 2024 and 7075 Alloy to Titanium Alloys by Friction Stir Welding 1) Tokyo Metropolitan Industrial Technology Research Institute, Japan, 2) Osaka University, Japan |
| P017 |
Effect of Ultrasonic Treatment on the Microstructures and Mechanical Properties of Die Casting Aluminum Alloys Korea Institute of Industrial Technology, Korea |
| P018 |
Laser Joining of Different Materials between Aluminum and Plastic Using Insert Materials 1) Industrial Technology Research Institute of Okayama Prefecture, Japan, 2) Hayakawa Rubber Co. Ltd., Japan, 3) Okayama University of Science, Japan |
| P019 |
Characterization of Dendrite Morphology for Al-based Alloy by Phase-field Model Kobe Steel, Ltd., Japan |
| P020 |
Deformation Process on Magnetic Pressure Seam Welding of Aluminum Sheets 1) Nagano National Collage of Technology, Japan, 2) Asahikawa National collage of Technology, Japan |
| P021 |
Mechanical Behaviors and Stability of Al-rich Al-Mg-B Alloys 1) Korea Institute of Industrial Technology, Korea, 2) University of Wisconsin-Madison, USA |
| P022 |
Instability of Microstructure in Friction Stir Welded 5083 Aluminum Alloy Sheets during Post-Weld Heat Treatment Osaka University, Japan |
| P023 |
Mechanical and Die Soldering Properties of Al-Si-Mg Alloys with Vacuum HPDC Process 1) Dongguk University, Korea, 2) Pukyong National University, Korea |
| P024 (link to Mater. Trans.) |
The Effect of Zn-based Alloys Coating on Bondability of Resistance Spot Welding of Steel/Aluminum Alloy Dissimilar Joint 1) Osaka University, Japan, 2) Nissan Motor Co., Ltd., Japan |
| P025 |
Influence of Silicon, Superheat and Injection Speed on the Fluidity of HPDC Al-Si Alloys 1) Korea Institute of Industrial Technology, Korea, 2) Chonnam National University, Korea |
| P026 |
Cold Joining of Aluminium Sheets by Shot Peening 1) University of Hyogo, Japan, 2) Sintokogio, Ltd., Japan |
| P027 (link to Mater. Trans.) |
Hydrogen Trapping Affected by Cr in Rapidly Solidified Aluminium 1) Belarusian State University of Informatics and Radioelectronics, Belarus, 2) Ibaraki University, Japan, 3) Belarusian State University, Belarus |
| P028 |
Material Flow, Stir Zone Growth and Complex Deformation Modes in Friction Stir Welding of Single Crystal Pure Aluminum 1) Osaka University, Japan, 2) University of Alberta, Canada, 3) University of Toronto, Canada |
| P029 |
Patterns of Concentration-Depth Profiles in Melt-Substrate Quenched Aluminium Alloys Belarusian State University of Informatics and Radioelectronics, Belarus |
| P030 (link to Mater. Trans.) |
Microstructure and Joint Strength of Friction Stir Spot Welded Aluminum Alloy Sheets and Plated Steel Sheets Tokyo Institute of Technology, Japan |
| P031 |
Hot Tearing of Thin-walled Al-Mg Alloy in Die-casting 1) KITECH, Korea, 2) Chonnam National University, Korea |
| P032 (link to Mater. Trans.) |
Interfacial Microstructure and Mechanical Properties of Dissimilar Friction Stir Weld between AA6061-T6 and Ti-6Al-4V 1) Korea Institute of Industrial Technology, Korea, 2) Chosun University, Korea |
| P033 |
PC Programmed Automatic Level Control for Quality Casting Using the Precimeter Control System 1) Precimeter Control AB, Sweden, 2) Sentech Precimeter Inc., USA, 3) Ai Precimeter Co., Ltd., Japan |
| P034 |
Temperature Measurement during Friction Stir Welding of Dissimilar Aluminum Alloys Utsunomiya University, Japan |
| P035 |
Interfacial Microstructure of Sticking Phenomena between Die Casting Dies and Molten Al-Si Alloys 1) Ahresty Co., Ltd., Japan, 2) University of Toyama, Japan |
| P037 |
Development of Vibrating Cooling Slope (VCS) Method for Enhancing a Globular Structure in Aluminum A356 alloy University of Tehran, Iran |
| P038 |
Investigation of Aluminum Coating with Dispersed Nanoscale Quasicrystalline Particles Produced by Cold Spray 1) Honda R&D Co., Ltd., Japan, 2) Shinshu University, Japan, 3) Nagaoka University of Technology, Japan |
| P039 |
Apparatus Design and Electromagnetic Continuous Casting Process for Near Net-Shaped Aluminum Alloy Billet 1) Research Institute of Industrial Science and Technology, Korea, 2) Korea Institute of Industrial Technology, Korea |
| P040 |
Influence of Magnesium on Formation and Growth of Nitride Layer on Aluminum Substrate 1) Shizuoka Institute of Science and Technology, Japan, 2) Toyota Technological Institute, Japan |
| P041 |
Effect of Melt Shearing on Morphological Change of Iron-bearing Intermetallic Phases in the Al-Si Casting Alloys 1) Korea Institute of Industrial Technology, Korea, 2) Hanbat National University, Korea |
| P042 |
Effect of Machining Parameter on Microstructural Characteristics of Iron-Silicon Alloyed Layer of 5083 Al Alloy by EDA Processing 1) Far East University, Taiwan, 2) National Chung Hsing University, Taiwan |
| P043 |
Microstructure and Mechanical Properties of Al-Mg-Si Based Alloys Produced by Deformation-Semi-Solid-Forming Process 1) King Mongkut's University of Technology North Bangkok, Thailand, 2) Tokyo Institute of Technology, Japan |
| P044 |
Repair of Surface Defects in Cast Products by Friction Stir Processing Method AGH University of Science and Technology, Poland |
| P045 |
SiC/Aluminum Composites Fabricated by in situ Processing using Reactive Infiltration Aid Nagoya University, Japan |
| P046 |
Effects of Magnesium on Precipitated Phase in 7150 Aluminum Alloy Based on Thermodynamics Beijing University of Aeronautics and Astronautics, China |
| P047 (link to Mater. Trans.) |
Foaming Behavior and Cell Morphology of Rolled Sheet Precursors Made of Pure Aluminum, 6061Al, Al-7Si powders Nagoya University, Japan |
| P048 |
Choice of Rational Alloying Concentration Intervals and Modifying of Al-Cu-Mg and Al-Zn-Mg-Cu Systems Aluminium Alloys 1) Kamensk Uralsky, Russia, 2) Ural State Technical University, Russia |
| P049 (link to Mater. Trans.) |
Effect of Compaction Temperature on Sinterability of Magnesium and Aluminum Powder Mixtures by Warm Compaction Method 1) Tokyo Metropolitan Industrial Technology Research Institute, Japan, 2) Iwate University, Japan |
| P050 |
Calculation and Experimental Investigation of Structure and Phase Composition of 6XXX Alloys National University of Science and Technology "MISiS", Russia |
| P051 |
Fabrication of CNF Reinforced Aluminum Composites by Compressive Torsion Processing Nagoya University, Japan |
| P052 (link to Mater. Trans.) |
Nanoindentation Measurement of Interfacial Reaction Layers in Aluminum and Steel Dissimilar Metals Joints with Alloying Elements Osaka University, Japan |
| P053 |
Thermal Stability of Nanostructured Pure Aluminium Produced by Mechanical Milling and Spark Plasma Sintering 1) Nihon University, Japan, 2) The University of Sheffield, UK |
| P054 |
Precipitation Kinetics in an Al-Zn-Mg Alloy by New Rate Equation 1) Sumitomo Light Metal Industries, Ltd., Japan, 2) Kyoto University, Japan |
| P056 |
Effect of Ultrasound Treatment on Age-Hardening Response in an Al-Mg-Si Alloy 1) Yokohama National University, Japan, 2) Tokyo Institute of Technology, Japan |
| P057 |
Novel Aluminium Based Composite Materials Exhibiting Magnetic Properties Fabricated by Mechanical Alloying and Spark Plasma Sintering Nihon University, Japan |
| P058 |
Development of G-P Zones on {111}Al Planes During Natural Aging of an Al-Zn-Mg-Cu-Zr Alloy Defence Metallurgical Research Laboratory, India |
| P059 |
The Effect of Zirconium and Scandium Additions on Electrical Resistance, Strength and Thermal Stability of Cold Rolled Aluminium Sheets 1) National Research and Technological University "MIS&A", Russia, 2) OAO "Kirskabel", Russia |
| P061 |
Effect of Cryorolling on the Microstructure and Mechanical Properties of AA2198 alloy Groupe de physique des Matériaux, France |
| P062 |
Modeling of the Retrogression Microstructure Behavior of 7075 Aluminum Alloy 1) Beihang University, China, 2) General Research Institute for Nonferrous Metals, China |
| P064 |
Al Alloys Development Assisted by Thermodynamic Kinetics Phase Field Simulations and Experiments 1) Université et INSA de Rouen, France, 2) Ruhr-University Bochum, Germany |
| P065 |
Mechanical Properties of Al/Al-Mg/Al Clad Sheets Fabricated by Roll Bonding Process Korea Institute of Materials Science, Korea |
| P066 |
Application of the Diagrams of Phase Transformations during Aging for Optimizing the Aging Conditions for V1469 and 1441 Al-Li Alloys All-Russia Scientific Research Institute of Aviation Materials, Russia |
| P067 |
Sectional Shape Analysis of Aluminum Alloy Seat Tube of Bicycle National Changhua University of Education, Taiwan |
| P069 |
Influence of Scandium Content, Additional Alloying Elements and Strain Parameters on Properties of AlMgSc System Alloy Products Kamensk Uralsky, Russia |
| P071 |
Developing a Predictive Weld-Seam Formation Model: Experimental Support 1) Nedal Aluminium, Netherlands, 2) TNO Science & Industry, Netherlands, 3) Delft University of Technology, Netherlands |
| P072 |
Variation of Aging Behavior for Al-Mg-Si Alloys with Different TMs Addition University of Toyama, Japan |
| P073 |
The Effect of Extrusion Temperature on Recrystallized Grain Structures of Extruded Al-Mg-Si Alloys Kobe Steel, Ltd., Japan |
| P074 |
Effect of Transition Metals on Aging Behavior of Al-Mg-Si Alloys University of Toyama, Japan |
| P075 |
Development of Mobile Phone Case with Decorative Surface by Two-Stage Forming Process 1) Metal Industries Research and Development Centre, Taiwan, 2) National Cheng Kung University, Taiwan |
| P076 |
Precipitation in a High-strength Al-Cu-Li Alloy Monash University, Australia |
| P077 |
Grain Shape Evolution and Prediction for AA6082 1) University of Bologna, Italy, 2) Technische Universität Dortmund, Germany |
| P078 |
Effects of 0.5wt% In on Precipitation Processes in Al-Cu-(Li) Alloys Central South University, China |
| P079 |
Influence of Grain Size and Lubricant on Forming of Micro-parts by Forward-Backward Extrusion of 6063 Aluminum Alloy 1) University of Toyama, Japan, 2) Nagoya Institute of Technology, Japan |
| P080 |
Phase Reactions of Al-Ti-B Ternary and Al-Ti-B-O Quaternary Systems for Al-based Metal Matrix Composites Tokyo Institute of Technology, Japan |
| P081 |
Forming of Aluminum Helical Gear by Twist Extrusion Processing 1) University of Toyama, Japan, 2) Masuoka Co., Ltd., Japan |
| P082 |
Al3Zr and Al3(Zr,Sc) Dispersoids and their Interaction with Solute Elements Investigated by Atom Probe Tomography and Scanning Transmission Electron Microscopy 1) Groupe de Physique des Matériaux, France, 2) Université Paul Cézanne Laboratoire, France |
| P083 |
Use of Resin Tooling with Sheet Metal Hydroforming for the Manufacture of Aluminum Alloy Cases 1) Metal Industries Research & Development Centre, Taiwan, 2) Cheng Kung University, Taiwan, 3) Hua-Chuang Automobile Information Technical Center, Taiwan |
| P084 |
Effect of Additional Elements on the Age Harding Behavior of Al-Zn-Mg-Si alloys 1) University of Toyama, Japan, 2) Aisin keikinnzoku Co. Ltd., Japan |
| P085 |
Development of High-strength Aluminum Extrusion Alloy for Automobile Bumper 1) Korea Institute of Industrial Technology, Korea, 2) KORES Co., Ltd., Korea |
| P086 |
Influence of Ge-Si Additions on Ageing Response and Properties in 2xxx Alloys 1) Corus Research, Development & Technology, Netherlands, 2) Aleris Aluminium Koblenz GmbH, Germany |
| P087 (link to Mater. Trans.) |
Experimental Observation of Elasto-Plasticity Behavior of Type 5000 and 6000 Aluminum Alloy Sheets 1) Hiroshima University, Japan, 2) Kindai University, Japan |
| P088 |
The Effect of Alloying Elements on the Metastable Zr Solid Solubility and Precipitation of L12 Al3Zr Precipitates in Aluminium Alloys 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway, 3) Scandpower AS, Norway |
| P089 |
Springback Analysis of Aluminum Alloy Sheet with Special Reference to Effect of Planar Anisotropy 1) Kindai University, Japan, 2) Hiroshima University, Japan |
| P090 |
The influence of Mg/Si Ratio on Phase Compositions in 2014 Aluminium Alloys after Casting and Heat Treatment The Institute of Non-Ferrous Metals, Poland |
| P091 (link to Mater. Trans.) |
Effects of Fe and Mn Additions on Semi-solid Microstructures of Al-Mg-Si Based Alloys in Deformation-Semi-Solid- Forming Process Tokyo Institute of Technology, Japan |
| P092 |
Investigation of Non-isothermal Aging Process of 7085 Aluminum Alloy 1) Harbin Institute of Technology, China, 2) Beijing Institute of Aeronautical Materials, China |
| P093 |
Effect of Electrolyte Species on Crystallinity and Dielectric Properties of Anodic Oxide Films Formed on Aluminum Kogakuin University, Japan |
| P094 (link to Mater. Trans.) |
Evolution of the Microstructure of a {100} <001> Pure Aluminum Single Crystal during Severe Plastic Deformation 1) Wakayama National College of Technology, Japan, 2) Kyoto University, Japan |
| P095 |
Effect of Temperature and Heating Rate on Mechanical Properties of Aluminum Alloy 6061 Chongqing University, China |
| P096 |
Structural Evolution in Aluminum-Copper-Lithium-Magnesium Alloy Sheets during Processing 1) Russian Academy of Sciences, Russia, 2) All-Russian Institute of Aviation Materials, Russia |
| P097 |
Effect of Heating-rate on the Thermal-mechanical Behavior of Pre-loaded Aluminium Alloy 6061-T6 Chongqing University, China |
| P098 |
Effects of Impurities on the Grain Growth of Aluminium Film Ibaraki University, Japan |
| P099 |
Consolidation of Rapidly Solidified Aluminum Alloy Powder by High Pressure Torsion 1) Kyoto University, Japan, 2) Toyo Aluminum K. K., Japan, 3) Kyushu University, Japan |
| P100 |
Work Hardening and Softening of 4-6N Aluminum in the Processing of Cold Rolling and Heat Treatments Yokohama National University, Japan |
| P101 |
Effect of Pre-aging on Microstructure and Mechanical Property of Al-0.2wt% Sc Deformed by ARB Kyoto University, Japan |
| P102 (link to Mater. Trans.) |
Development of Ultra-fine Grained Structure in an Al-5.4%Mg-0.5%Mn Alloy Subjected to Severe Plastic Deformation Belgorod State University, Russia |
| P104 |
Prediction of Anisotropy and Yield Surface of Aluminum Sheet by Polycrystal Plasticity Theory 1) Hiroshima University, Japan, 2) Kindai University, Japan |
| P105 |
Microstructure and Deformation Properties of AA5352/Al-6%Mg Sheet Produced by the Direct Chill Casting FusionTM Process 1) Novelis Global Technology Centre, Canada, 2) Novelis Solatens, USA |
| P106 |
Microstructure Evolution at Ambient Temperature of 5N Purity Aluminum after Compression at Ambient and Liquid Nitrogen Temperatures Utsunomiya University, Japan |
| P107 |
The Optimization of Strength and Ductility in Heat Treated ADC12 Alloys CSIRO Light Metals Flagship, Australia |
| P109 |
Tensile Properties and Work Hardening Behaviour of Alloy 6016 in Naturally Aged and Pre-aged Conditions 1) Suzhou Nonferrous Metals Research Institute, China, 2) Monash University, Australia |
| P110 |
Corrosion of Aluminum Die-castings Jointed with Rubber 1) Ibaraki University, Japan, 4) Yamashita Rubber Co., Ltd., Japan |
| P111 |
Atom Probe Tomography Characterisation of Solute Clustering in AA6111 1) ARC Centre of Excellence for Design in Light Metals, Australia, 2) The University of Sydney, Australia, 3) The University of British Columbia, Canada |
| P112 |
Influence of Cell Size on Die Bending of Aluminum Alloy Honeycomb Structure Utsunomiya University, Japan |
| P113 |
Effect of Alloying Elements on High Temperature Mechanical Properties for Piston Alloy Dongguk University, Korea |
| P114 |
Mechanical and Wear Properties of Al-10Mg-Si Alloys Produced by Rapid Solidification and Powder Metallurgy Process Nihon University, Japan |
| P115 |
Strengthening of Aluminum Foams through Vacuum Impregnation with Epoxy Resin Tokyo Metropolitan University, Japan |
| P116 |
New Theoretical Approach to Properties of Aluminum Alloys Based on Chemical Bond Nature of Constituent Atoms 1) Kyoto University, Japan, 2) Yokohama National University, Japan |
| P117 |
Effects of Clusters and Precipitates on Tensile Properties in Al-Mg-Si Alloys 1) Kyushu University, Japan, 2) Nippon Steel Corporation, Japan |
| P118 |
Explanations of Solid Solution Hardening (Softening), Age-Hardening (Softening) and Work Hardening (Softening) Based on Chemical Bonds Kyoto University, Japan |
| P119 |
Study on Dimensional Stability of Csf/Al Composites Harbin Institute of Technology, China |
| P120 |
An Experimental Study on Solid Solution Softening, Age Softening and Work Softening 1) Yokohama National University, Japan, 2) Kyoto University, Japan |
| P121 |
Characterization of the AC2A Cylinder Head and Development of Its Heat Treatment Process 1) CANMET Materials Technology Laboratory, Canada, 2) Nissan Motor Co, Ltd., Japan, 3) University of Windsor, Canada |
| P122 |
Image-based Simulation of Monotonic Crack Propagation through a 2024 Aluminum Alloy 1) Toyohashi University of Technology, Japan, 2) GEMPPM UMR, France |
| P123 |
Scandium Effect on Mechanical and Physical Properties for 2x19 Al Alloy Agency for Defense Development, Korea |
| P124 |
A comparison of Air-fuel and Low-temperature Oxyfuel Burners for Aluminium Heating and Melting 1) Norwegian University of Science and Technology, Norway, 2) SINTEF, Norway |
| P125 |
The Effect of Zr, Misch Metal on Microstructure and Mechanical Properties of A6061 Alloy 1) Chonbuk National University, Korea, 2) Korea Institute of Industrial Technology, Korea |
| P126 |
Visualization of Diffusive Hydrogen in Aluminum 1) Ibaraki University, Japan, 2) University of Toyama, Japan |
| P127 |
Novel Al-Cu-Mg-Ag Alloy for High Temperature Applications Belgorod State University, Russia |
| P128 |
Behavior of Hydrogen in Electrolitically Charged Aluminum Investigated by Means of Hydrogen Microprint Technique Ibaraki University, Japan |
| P129 (link to Mater. Trans.) |
Rapid Heating and Mechanical Properties of 6061 Aluminum Alloy Using High Frequency Induction Heating Apparatus 1) University of Yamanashi, Japan, 2) YS Electrics Co., Ltd., Japan |
| P130 |
Detection of Hydrogen in Ion-plated Pure Aluminum during Tensile Deformation Ibaraki University, Japan, |
| P131 |
Research on Influence of Forming Conditions on Springback in V-bending Process of Aluminum Sheet Alloys Nihon University, Japan |
| P132 |
Effect of High Magnetic Field on Phase Transformation of 7055 Alloy during Homogenization 1) Northeastern University, China, 2) Chalco Ruimin Corporation Limited, China |
| P133 |
Coupled Surface and Microstructural Observations of Damage Accumulation during Bending of Al-Mg-Si Alloys 1) Corus RD&T, Netherlands, 2) Aleris Aluminum Duffel BVBA, Belgium |
| P134 |
Fabrication of Porous Aluminum by Friction Stir Processing Route Precursor Method and its Mechanical Properties 1) Gunma University, Japan, 2) University of Fukui, Japan, 3) Yokohama National University, Japan, 4) Shibaura Institute of Technology, Japan, 5) The University of Tokyo, Japan |
| P135 |
The Effects of Microstructural Characteristics and Casting Defects on the Mechanical Failure of Al-based Alloys Politecnico di Torino, Italy |
| P136 |
Transfer and Sloshing Control of Molten Metal Using a Ladle with 6-Degrees-of-Freedom Robot Arm in Die Cast Process Toyohashi University of Technology, Japan |
| P137 |
Fatigue Strength of Al-evaporated Al-Zn Alloys with High Zn Concentration 1) Okayama University of Science, Japan, 2) Okayama University, Japan, 3) Industrial Technology Research Institute of Okayama Prefecture, Japan |
| P138 |
Investigation on Quench Sensitivity Characterization of Selected Heat-treatable Al Alloys Based on Jominy End Quench General Research Institute for Non-ferrous Metals, China |
| P139 |
Analysis of Crack-Tip Field via Observation of Local Crack Extension by Means of Fast Tomography Technique 1) Toyohashi University of Technology, Japan, 2) GEMPPM UMR, France |
| P140 |
Effect of Mg and Zn Elements on the Mechanical Properties and Precipitates in 2099 Alloy Central South University, China |
| P141 |
Softening and Fatigue Fracture of Al-Si-X Alloys 1) Yokohama National University, Japan, 2) Kanagawa Industrial Technology Center, Japan |
| P142 |
Microstructure and Properties of an Al-7. 5Zn-1. 7Mg-1. 4Cu-0. 12Zr Alloy General Research Institute for Nonferrous Metals, China |
| P143 |
Evolution of Internal Stress During Cyclic Deformation of Al-4Cu as a Function of θ′ Precipitate State 1) Monash University, Australia, 2) Osaka City University, Japan |
| P144 |
Researches Concerning PoDFA Method for 5083 Alloys University Politehnica of Bucharest, Romania |
| P145 |
Structure and Properties of Semiproducts from Al-Cu-Mg-Ag V-1213 Alloy All-Russian Institute of Aviation Materials, Russia |
| P146 |
Effect of Magnesium Content on Age Hardening in Al-Si-Mg Alloy Castings 1) University of Toyama, Japan, 2) Ahresty Corporation, Japan |
| P147 |
Effects of Crystallographic Orientation on Tensile Deformation in the Excess-Mg Type Al-Mg-Si Alloys 1) University of Toyama, Japan, 2) Toyama Prefectural University, Japan |
| P148 |
Effect of Mg , Si and Mn Content on Castability in Al-Mg Alloy 1) University of Toyama, Japan, 2) Ahresty Corporation, Japan |
| P149 |
Simulation of Elastoplastic Behavior of Casting Aluminum Alloy Using Artificial Neural Network Chongqing University, China |
| P150 |
Improving the Mechanical Performance of a Secondary Cast Aluminium Piston Alloy through Addition of Minor Elements 1) University of Nairobi, Kenya, 2) Jomo Kenyatta University of Agriculture and Technology, Kenya |
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