| Thursday 22-November | |||
| Room 1 | |||
| 9:20-10:30: Friction and Friction Stir Welding I | |||
| Invited Lecture: Numerical Modeling and Validation during Friction Stir Welding of Aluminium Alloys | T.H.North, G.J.Bendzsak, C.B.Smith, G.H.Luan | University of Tronto | Canada |
| Effect of friction stir processing on microstructure and hardness profile of equal channel angular pressed aluminum alloy 1050 | Y.S.Sato, M.Urata, H.Kokawa, K.Ikeda, M.Enomoto | Tohoku University | Japan |
| Mechanical properties and microstructure in friction-stir-weld of magnesium alloy AZ61 | S.H.Park, Y.S.Saito, H.Kokawa, M.Enomoto | Tohoku University | Japan |
| Development of spot FSW robot system for automobile body members | R.Sakano, K.Murakami, K.Yamamura, M.Fujimoto, M.Inuzuka, T.Hyoue, Y.Nagao, H.Kashiki | Kawasaki Heavy Industry | Japan |
| 10:45-12:00: Friction and Friction Stir Welding II | |||
| Surface Modification of Aluminum Cast Using A Novel Friction Thermomechanical Process | T.Shinoda, M.Kawai | Nagoya University | Japan |
| Friction Welding of Pipe and Plate | H.Takegami, T.Shinoda, T.Saito, R.Ikeo | Nagoya University | Japan |
| In-situ observation of interlayer growth during post-weld heat treatment in friction-welded joint of titaninm and aluminium | A.Fuji, K.Ikeuchi, M.Kimura, Y.Satoh, H.Kokawa | Kitami Institute of Technology | Japan |
| Bondability of Titanium Alloys to Cemented Carbide Tool during Cutting Process | A.Ikuta, K.Shinozaki, H.Masuda, H.Kuroki, Y.Yamane, M.Aritoshi, Y.Fukaya | Kinki University | Japan |
| Newly Developed Repairs on Welded Area of LWR Stainless Steel by Friction Surfacing | Y.Yamashita | Hitachi,Ltd. | Japan |
| 13:30-17:30: Special Session 3 | |||
| "Progress and Trend in Welding and Joining Technology" | |||
| Greeting Introduction | S.Matsui | NIRO | Japan |
| Invited Lecture: The Latest Arc Welding | S.Harada | DAIHEN Corp. | Japan |
| Invited Lecture: The Latest Robot System for Al MIG Welding | T.Innami | Matsushita Welding Systems Co.,Ltd. | Japan |
| Invited Lecture: State-of-the-art Laser Welding/Cutting Technology | M.Kanaoka | Mitsubishi Electoric Corp. | Japan |
| Invited Lecture: Recent Trends in Lead-free Microsoldering Technology | T.Takemoto | Osaka University | Japan |
| Invited Lecture: The Latest Welding Technology and Industry in Asia | C.P.Ang | Chairman of Singapore Welding Society | Singapore |
| Invited Lecture: Latest Welding/Joining Methods of Light Mtals | R.Dolby | TWI | UK |
| Closing Address | K.Ikeuchi | Osaka University | Japan |
| Room 2 | |||
| 9:15-10:30: Production System and Automation I | |||
| Management of Joint and Interface Information to Support Modular Design | K.Aoyama, S.Taketi, T.Nomoto | University of Tokyo | Japan |
| Approach to Joint Design Supporting System | K.Hamada, K.Aoyama | Hiroshima University | Japan |
| Self propelling artificial intelligence engine for welding database query system | H.Takechi, Y.Takahashi | Anan National College of Technology | Japan |
| Welding Work Planning Considering Physical Load | Y.Okumoto, K.Murase, K.Nakamagoe | Kinki University | Japan |
| Development of Automatic Resistance Spot Welding System with Servo Weld Guns for Stainless Steel Rail Car | M.Seto, S.Nakayama, M.Takeichi, K.Onoue, T.Hattori | Kawasaki Heavy Industries,Ltd. | Japan |
| 10:45-12:15: Production System and Automation II | |||
| Development of Off-line Teaching System for Welding Robot using Robot Simulator | K.Minami, K.Aoyama, S.Asai, R.Tuboi, K.Taki | Toshiba Corp. | Japan |
| Development of teaching-free Robot System for Welding Large Box Structures | Y.Nagao, H.Urabe, H.Ninoyu, J.Kawabata | Kawasaki Heavy Industries | Japan |
| Development of CAD/CAM system for welding robots of a Marine diesel engine | K.Tani, Y.Nagao, S.Kano, Y.Matsumoto, Y.Saito | Hitachi Zosen corporation | Japan |
| Development of Marking-Cutting Robot and Welding Robot Systems for Thick Steel Pipes | S.Yamasumi, T.Iizuka, M.Koike, T.Kanamaru, M.Kobayashi, T.Kuboyama, S.Ogawa, M.Akamatu, M.Murakami | Kawasaki Heavy Industries,Ltd. | Japan |
| Development of a Teaching-Free Robot System for Welding Large Box Structures | Y.Nagao, H.Urabe, H.Ninoyu, J.Kawabata | Kawasaki Heavy Industries, Ltd. | Japan |
| Development of GTAW Robot System with Visual Sensor for On-Site Remote Welding | R.Tsuboi, K.Aoyama, S.Asai, K.Taki, M.Kobayashi, K.Kubo, K.Nomura | Toshiba Corp. | Japan |
| 13:30-15:10: Laser Materials Processing III | |||
| Invited Lecture: Laser Beam Welding - Recent Developments in Process Technology and Lasers | H.Hugel | Universitat Stuttgart | Germany |
| Keyhole Dynamics and Porosity Formation during Laser Welding | S.Katayama, N.Seto, M.Mizutani, A.Matsunawa | Osaka University | Japan |
| Keyhole Welding Phenomenon Based on BGR Light Emission in 20kW-Class CO2 Laser Welding | I.Miyamoto, T.Inoue, J.F.Tu, K.Ono, K.Adachi, K.Katada | Osaka University | Japan |
| Characteristics of Element Distribution & Molten Metel Flow in Electron Beam Deep Penetration Welding | C.Zhou, F.Liu | Beijing Aeronautial Manufacturing Technology Reserch Institute | China |
| YAG Laser Spot Welding under Microgravity and Vacuum and Pulse-Shaping for Prevention of Porosity | M.Mizutani, K.Tanaka, S.Katayama, A.Matsunawa | Osaka University | Japan |
| Laser Welding in Vortex Flow Shielding Gas with Tornado Nozzle-Numerical Analysis of Swirling Motion on Welding Results- | S.Yokoya, H.Nagaki, S.Takagi, S.Katayama, A.Matsunawa | Nippon Institute of Technology | Japan |
| 15:25-16:55: Laser Materials Processing IV | |||
| Reduction Mechanism of Porosity in Tandem Twin-Spot Laser Welding of Stainless Steel | T.Hayasi, M.Matsubayashi, S.Katayama, N.Abe, A.Matsunawa, A.Ohmori | The advanced materials processing institute Kinki Japan | Japan |
| Suppression of Porosity Formation in High Power Laser Welding | I.Kawaguchi, G.Arakane, H.Honda, S.Tsukamoto | National Institute for Materials Science | Japan |
| Fundamentals in the Fusion Welding of Magnesium and Its Alloys | M.Marya, G.Edwards, S.Marya, D.L.Olson | Colorado School of Mines | USA |
| Quality Assurance in Laser-beam Welding of Heavy Section Steel Sheet | M.Dahmen, S.Kaierle, G.Kapper, J.Michel, W.Schulz, K.Spielvogel, R.Poprawe | Fraunhofer-Institut fur Lasertechnik | Germany |
| The Effect of Laser Irradiation Condition on the Formation of Droplets using KrF Excimer Laser | M.Salim, S.Tsuyuguchi, K.Mii, T.Hino, M.Nishida, T.Araki | Ehime University | Japan |
| Laser cladding and repairing for machinery parts by using a Nd:YAG laser robot system | M.Kutsuna, M.Watanabe, K.Yanada | Nagoya University | Japan |
| Room 3 | |||
| 9:30-10:30: Micro Joining III | |||
| A study on the Solderability of Intermediate Melting Pointed Solder Ball | M-I.Kim, J-K.Moon, J-P.Jung, K.Ikeuchi, S.M.Hong, C.S.Kang | University of Seoul | Korea |
| Pb Free Soldering with a YAG Laser beam | T.Watanabe, Y.Shinohara | Chiba University | Japan |
| Detection of 3D Position Information of Internal Defects in Micro-Joining Parts by Infrared Thermal Imaging Method | Y.Iwata, D.Kobayashi, K.Fujimoto, S.Nakata | Osaka University | Japan |
| Estimation of Thermal Properties of Lead-free solders by Strain Rate Changing Tensile Test | T.Takemoto, M.Takahashi, A.Matsunawa | Osaka University | Japan |
| 10:45-11:45: Advanced Welding Processes, Life Assurance, Health and Safety | |||
| A Study on Welding of A Stud to Magnesium Alloy Sheet | M.Hiraishi, T.Watanabe, I.Takano | Niigata University | Japan |
| Impulse Magnetic Pressure Seam Welding of Aluminum and Cupper Sheets | T.Aizawa, M.Yoshizawa | Tokyo Metropolitan College of Technology | Japan |
| Newly Issued Maintenance Strategies for Aged Nuclear Power Generators | Y.Yamashita | Hitachi | Japan |
| Health and Safety,Hazards Prevention - Towards Performance Excellence through TQM | T.Baskaranme, S.Sambasivan, S.Dhakshinamoorithy | Total Loss Control Department.BHEL | India |
| 13:30-15:25: Advanced Arc Welding Processe I | |||
| Invited Lecture: Increased use of mechnized welding and emerging joining processes in a sustainable world | B.Pekkari | ESAB | Sweden |
| Non-copper-coated Solid Wire for MAG Welding | H.Shimizu, F.Koshiishi | KOBE STEEL,LTD. | Japan |
| TIME TWIN - HIGH-speed GMA welding with two wire electrodes | J.Kreindl | Fronius international Wels | Austria |
| An Adaptive Control System for AC Pulsed MIG Welding Parameters | H.Tong, T.Era, T.Ueyama | Daihen Corp. | Japan |
| A New Low Spatter CO2 Arc Welding Control System | J.Yu, L.Jiang | Beijing Institute of Petrochemical Technology | China |
| Advantages in using the stick out for increasing the burn off rate in gas metal arc welding | G.Huismann | Universitaet der Bundeswehr Hamburg | Germany |
| A New Flooled CO2 Arc Welding Machine | J.Yu, L.Jiang | Beijing Institute of Pertrochmical Technology | China |
| 15:35-17:35: Advanced Arc Welding Processe II | |||
| Development of Cooperative Control GMA Welding Process Aided by Numerical Simulation | T.Nakamura, K.Hiraoka | National Institute for Materials Science | Japan |
| Control of Arc Position and Bead Height in Narrow Gap GMA Welding | L.H.Sharif, S.Yamane, T.Sugimonto, Q.K.Min, T.Kubota, K.Oshima | Saitama University | Japan |
| Centerline Solidification Crack-free One-side Welding-Possibilities and Limits | H.Herold, M.Streitenberger, A.Pchennikov | Otto-von-Guericke-Universitiat Magdeburg | Germany |
| Recent development of signature images for welding fault detection | S.W.Simpson, P.W.Hughes | University of Sydney | Australia |
| Joining of lightweight magnesium alloys by MIG-welding | H.Wohlfahrt, M.Rethmneier, S.Wiesner | Technical University Braunschweig | Germany |
| Development of Back-Bead Welding Process for a T-joint | T.Takatani, Y.Tano, H.Yamamoto, M.Hirakawa | Hitachi Construction Machinery Co. Ltd. | Japan |
| Automatic Welding Process for Ship's Bottom Shell Plates | Y.Nishi, T.Sano, H.Serizawa | NKK Corporation | Japan |
| New Shielding Gas for High Performance GMAW | Y.Ikegami, J.Nakata, H.Miya-uchi, M.Uchihara, T.Shinoba | Air Water Inc. | Japan |
| Room 4 | |||
| 9:00-10:15: Surface Modifications and Coating III | |||
| Temperature dependence of surface energy | K.Takahashi, T.Onzawa | Tokyo Institute of Technology | Japan |
| Synthesis and characterization of nanocrystalline iron aluminide intermetallic compound | W.Hu, T.Kato, M.Fukumoto | Toyohashi University of Technology | Japan |
| Magnetic Properties of Ni-Fe-P-B Thin Films Obtained by Electroless Plating | L.Wang, G.Huang, W.Huang | Hunan University | China |
| Regularity for amorphous formation of the multi-component alloys prepared by electroless plating | L.Wang, W.Huang, X.Li, H.Deng, X.Yuan | Hunan University | China |
| Reaction synthesis processing of Ni-Al intermetallic coating on spheroidal cast iron substrate | T.Kimata, A.Ikenaga, M.Kawamoto, K.Kobayashi | Osaka University | Japan |
| 10:30-12:25: Fatigue and Fracture Evaluation of Welded Joints I | |||
| Invited Lecture: Mechanics and Material Behaviour of Laser Beam Welded Joints in Aluminium | J.G.Blauel, W.Burget | Fraunhofer-Institut fur Werkstoffmechnik | Germany |
| Criterion for Evaluation of Ductile Cracking of Steel Structure under Large Scale Cyclic Loading | O.Yasuda, M.Hirono, M.Yokota, M.Ohata, M.Toyoda | Takadakiko Co.Ltd | Japan |
| Estimation of Strength of Steel Subjected to Plastic Pre-strain and Dynamic Loading | T.Kubo, S.Igi, H.Shimanuki, M.Yamauchi, F.Minami, M.Toyoda | Kawasaki Steel Corp. | Japan |
| Ductile Crack Initiation from Notch Root of Structural Steel with Strength Mismatch | G-B.An, S.Yoshida, M.Ohata, M.Toyoda | Osaka University | Japan |
| Experimental Study on the Effects of Beam-End Details for Non-Scallop Method on Deformation Capacities of Beam-To-Column Welded Joints | T.Nakagomi, K.Matoba, Y.Ichikawa | Shinshu University | Japan |
| Bending Strength and Frasture Toughness of Steel Column Members with Partial Penetration Groove Welded Joints | Y.Yabe, S.Sakamoto | Shimizu Corporation | Japan |
| Effect of Welding Heat Cycles on Strength and Toughness in Beam-to Column Conections of Steel Framed Structure | M.Mochizuki, M.Toyoda, P.Pasquale, W.Burget | Osaka university | Japan |
| 13:30-15:25: Fatigue and Fracture Evaluation of Welded Joints II | |||
| Invited Lecture: Structuring by High-Power Beam Welding and Its Reliability Assessment | M.Kocak | Institute of Materials Research, GKSS | Germany |
| Local Approach for Evaluation of Hydrogen Embrittlement Fracture of High Strength Steel | S.Takagi, T.Inoue, K.Tsuzaki, F.Minami | National Institute for Materials Science | Japan |
| Fracture Strength Evaluation of Laser Welded Joints of 20 mm thick Structural Steels of 490 N/mm2 Strength Class | M.Yuki, K.Tuchiya, H.Yamaoka, W.Takahara, F.Minami | Ishikawajima-Harima Heavy Industries | Japan |
| Metallurgical and Finite Element Analyses of the Failure Modes in Coke Drums | J.A.Penso, C.L.Tsai | The Ohio State University | USA |
| Material Fracture Toughness Evaluation from the Charpy Test Results Based on the Local Approach | F.Minami, M.Iida, W.Takahara, N.Kuroda, K.Arimochi | Osaka University | Japan |
| New approach to improve the mechanical properties of weld joint | Matti Heinakari | Turku Polytechnic | Finland |
| Effect of Microstructure on Ductile Crack Initiation Behavior of Structual Steels | N.Ishikawa, S.Endo, M.Kurihara, M.Toyoda | NKK Corporation | Japan |
| 15:35-17:35: Fatigue and Fracture Evaluation of Welded Joints III | |||
| Fatigue Assessment of Welded Joints | M.D.Chapotti, T.Miyata | INTEMA,University of Mar del Plata | Argentia |
| Fatigue Properties of Flash Welded Joints for Rolled H Section Steels | Y.C.Kim, K.Oku, A.Umekuni, K.Horikawa | Osaka University | Japan |
| Superior Fatigue Strength of Welded Joins Made with Low Transformation Temperature Welding Material | A.Ohta, N.Suzuki, Y.Maeda | National Institute for Materiala Science | Japan |
| Fatigue Strength of Laser Welded Joints | N.Konda, T.Kawabata, K.Arimochi | Sumitomo Metal Insustries,Ltd. | Japan |
| Influence of Defect on very low cycle Fatigue Properties of Electron Beam Welding Joints | Y.Kayamori, A.Seto, T.Masuda, S.Machida, C.Miki | Nippon Steel Corporation | Japan |
| Estimation of ultra low cycle fatigue life and crack shape changes during growth from a surface flaw | S.Igi, M.Kurihara, M.Kawahara | NKK Corporation | Japan |
| Evaluation of Fatigue Strength of Angle Joint with Fully Penetration | X.Y.Li, T.Partanen, T.Nykanen, T.Bjork | Lappeenranta University of Technology | Finland |
| Influence of Stress Ratio on Fatigue Notch Sensitivity in Low Carbon Steels | M.D.Chapetti, N.Ido, T.Tagawa, T.Miyata | INTEMA,University of Mar del Plata | Argentia |