| Wednesday 21-November | |||
| Room 1 | |||
| 9:00-10:25: Laser Materials Processing I | |||
| Invited Lecture: Material Processing with High Power Diode Lasers | M.S.Zediker | NUVONYX Inc. | USA |
| Diode Laser Forming of Thick Steel Plates | N.Abe, N.Nakagawa, M.Tsukamoto, K.Nakacho, M.Sogabe, S.Miyake, S.Noguchi | Osaka University | Japan |
| Bonding Polypropylene to Metals using Diode Lasers and Tailored Heat Activated Adhensives | A.Hoult, J.M.Pelapart, S.W.Tsui, H. White, A.F.Johnson | Coherent Incorporated | USA |
| Beam operation for thick plate laser welding | H.Okado, T.Nakabayashi, F.Wani, Y.Hayakawa, S.Suzuki, K.Yasuda | Kawasaki Heavy Industries, Ltd | Japan |
| Melting Characteristics and Energy Absorption in Metals Welded with Combined Laser Beams of Different Wavelengths | Moon Jyong Hyun, M.Mizutani, S.Katayama, A.Matsunawa | Osaka University | Japan |
| 10:40-12:25: Laser Materials Processing II | |||
| Shielding condition of local dry cavity with gas-shielding nozzle in underwater laser Nd:YAG laser welding | X.Zhang, E.Ashida, S.Shono, I.Kitamura, F.Matuda | Japan power engineering and inspection corporation | Japan |
| Extension of Gap Tolerance in Nd:YAG Laser Butt Welding with Filler Wire | R.Ohashi, S.Fujinaga, S.Katayama, A.Matsunawa | The Advanced Materials Processing Institute Kinki Japan | Japan |
| Study on lap welding for thick plate with high power CO2 laser | N.Fukuda, A.Kitagawa, T.Hahashi, Y.Takahashi, A.Ohmori, K.Inoue | Hitachi Zosen Corporation | Japan |
| New Advanced in process control for laser materials processing | C.Kratzsch, P.Abels, S.Kaierle, R.Poprawe, W.Schulz | Fraunhofer-Institut fur Lasertechnik | Germany |
| Laser Welding Techniques for Sheet Metals | Z.Sun, D.Pan | Gintic Institute of Manufacturing Technology | Singapore |
| Automatic Seam Tracking and Molten Pool Monitoring in Laser Welding by Using a Vision Sensor | S.K.Lee, S.J.Na | Korea Adavanced Institute of Science and Technology | Korea |
| Characteristics of Excimer Laser Ablation of Different Metals | T.Ikeda, M.Kutsuna, A.Tsuboi | Nagoya University | Japan |
| 13:30-17:30: Special Session 2 | |||
| "Welding in Shipbuilding and Mega-float Structures" chaired by B. Pekkari and Y. Sugitani | |||
| Invited Lecture: Modern Applications For High Quality and Productive Welding at the Kvaerner Shipyards | J.Gustafsson, M.Veikkolainen | Kvaerner Masa Yards Inc. | Finland |
| Invited Lecture: Modern Cutting Machines and Technique in Shipbuilding Industry | K.Decker | ESAB Cutting Systems | Germany |
| Invited Lecture: Robot Integrated Welding Technology | A.Kranendonk | Kranendonk Factory Atutomation BV | Netherlands |
| Invited Lecture: Welding and Cutting for Very Large Floating Structures | Y.Yamashita, S.Kawachi, S.Okada, M.Yoshikawa, T.Sasaki, Y.Kinoshita and Y.Ogawa | Sumitomo Heavy Industries,Ltd. | Japan |
| Invited Lecture: Multi-Robot Welding System for Heavy Industry | Y.Kanjo, H.Ase, Y.Sugitani, M.Murayama | NKK Corporation | Japan |
| Invited Lecture: Research on Total Cost Evaluation System for Shipyard | Y.Sasaki, M.Miura, G.Takano, K.Fujita, N.Fujiwara, A.Iida, A.Sagou | Mitubishi Heavy Industries,Ltd. | Japan |
| Room 2 | |||
| 9:00-10:30: Interfacial Phenomena in Joining of Metals and Ceramics I | |||
| Debonding of Anodically-bonded Joint by Application of Opposite Polarity | M.Takahashi, S.Nishikawa, K.Ikeuchi | Osaka University | Japan |
| Evaluation for Mechanical Properties of Pulsed Electric-Current Sintering Bonded Joints of ODS alloys | K.Nishimoto, K.Saida, R.Tsuduki | Osaka University | Japan |
| Bonding Behavior between Powder Perticles and Properties of Al Powder Compacts using Spark Plasma Sintering | XIE.Guoquiang, O.Ohashi, M.Song, K.Furuya, T.Noda | Niigata University | Japan |
| Lap Welding of Titanium Plate and Mild Steel Plate By the Resistance Cladding Method | K.Nishio, T.Tokunaga, N.Nakamura | Kyushu Institute of Technology | Japan |
| Dissimilar Metal Joining of Aluminium and Steel by Laser Roll Bonding Process | R.Manoj, M.Kutsuna | Nagoya University | Japan |
| Effect of post heat treatment on the strength of roll-bonded joints of mild steel and aluminium alloys | M.Kutsuna, Y.Komoda, R.Manoj, Y.Kagohara | Nagoya University | Japan |
| 10:40-12:40: Interfacial Phenomena in Joining of Metals and Ceramics II | |||
| Development of the Platelet Injector Diffusion Bonded for the Throttleable Rocket Engine of a Space Control Equipment | T.Tsuzuki, M.Sakamoto, H.Moriai, T.Kobayasi, K.Kusaka | Mitsubishi Heavy Industries Ltd. | Japan |
| Fractal Characteristics of low Temperature Fractured Surfaces of Diffusion Bonded Joint of Stainless Steel | T.Ikeshoji, A.Suzumura | Tokyo Institute of Technology | Japan |
| Solid State Diffusion Bonding of Si3N4 using Nb Foils | M.Maeda, D.Baba, T.Shibayanagi, M.Naka | Osaka University | Japan |
| Solid diffusion bonding of Si3N4 using TiAl intermetallic foils with different Al content | A.Inoue, T.Shibayanagi, M.Maeda, M.Naka | Osaka University | Japan |
| Brazing Artificial Diamond(111) Using Ag-Cu-V Brazing Filler Based onTheoretical Approach | T.Yamazaki, A.Suzumura | National Space Development Agency of Japan | Japan |
| Crack-Healing Behavior Under Stress and Fatigue Strength of Crack-Healed Si3N4/SiC at 1000℃ | K.Ando, K.Houjyou, M.C. Chu, K.Takahashi, S.Sato | Yokohama National University | Japan |
| Impact Characteristics of Joints of Spheroidal Graphite Cast Irons bonded with Ni-Base Brazing Sheet | K.Nishio, N.Nakamura, M.Katoh | Kyushu Institute Technorogy | Japan |
| Brazing with CsF-AlF3 System Flux for Improved Aluminum Braze Joint in Mg Containing Base Metal | T.Takemoto, T.Shibutani, A.Matsunawa | Osaka University | Japan |
| 13:30-15:25: Micro Joining I | |||
| Invited Lecture: Wetting property estimation of different UBM structures for fluxless flip chip bonding application | C.S.Kang, S.M. Hong | Seoul Nationa University | Korea |
| Micro-object Operation Based on the Dynamic Analysis Considering the Adhesion under an SEM | S.Saito, H.T. Miyazaki, T.Sato, K.Takahashi, T.Onzawa | Tokyo Institute of Technology | Japan |
| Manupulation for micro joining | H.Himeno, S.Soid, A.Yuejia, S.Saito, K.Takahashi, T.Onzawa | Tokyo Institute of Technology | Japan |
| Modified embedded atom method calculations for the dimers and silicon clusters | X.Yuan, K.Takahashi, S.Yagi, Y.Yin, T.Onzawa | Tokyo Institute of Technology | Japan |
| Ultrasonic Evaluation of Micro Joining for Bumps in FC-BGA Package | K.Ueno, S.Satonaka, M.Nagasawa | Toshiba Semiconductor Corp. | Japan |
| Study on a self-alignment process using liquid resin for assembly of electronic or optoelectronic devices | J.M.Kim, K.Fujimoto, S.Nakata | Osaka University | Japan |
| Joint Formation during Small-Scale Resistance Spot Welding of Au-Plated Nickel | Y.Zhou, W.Tan, H.W.Kerr | University of Waterloo | Canada |
| 15:40-17:20: Micro Joining II | |||
| Invited Lecture: Micro Joining Techonolgy Trend of Electronic Devices in Europe | R.Aschenbrenner, H.Reichl | Fraunhofer-Institute fur Zuverlassigkeit und Mikrointegration | Germany |
| Study of Fillet Profile Recognition in Microsoldering | Y.Asakura, Y.Takahashi | Osaka university | Japan |
| Geometry and force analysis of molten solder surface in microsoldering | K.Yasuda, K.Fujimoto, S.Nakata | Osaka University | Japan |
| High Temperature Thick Al Wire Bonding Technology for High Power Modules | T.Komiyama, Y.Chonan, J.Onuki, M.Koizumi, T.Shigemura | Akita Prefectural University | Japan |
| Influence of microstructure on mechanical strength of electoroless Ni-P plating and Pb free solder joint | M.Nishiura, A.Nakayama, S.Sakatani, Y.Kohara, T.Saeki, K.Uenishi, K.F.Kobayashi | Matsushita Electoric Components Co,Ltd | Japan |
| Analyses of Interfacial Structures and Reliability at the Solder Joints between Plated Ni film and Solder | Y.Chonan, T.Komiyama, J.Onuki, R.Urao | Akita Prefectural University | Japan |
| Room 3 | |||
| 9:00-10:30: Modeling and Simulation | |||
| MAGSIM and SPOTSIM-Simulation of GMA-and Spot Weldig for Training and Industrial Application | U.Dilthey, H-C.Bohlmann, K.Willms, W.Sudnik, O.Mokrov, R.Kudinov | Aachen University of Technology | Germany |
| Mathematical Modeling of MAG Arc Welding | T.Yamamoto, T.Ohji, F.Miyasaka,Y.Tsuji | Osaka University | Japan |
| Development of numerical modeling of arc plasma in stationary TIG welding | K.Tanaka, M.Tanaka, M.Ushio, J.J.Lowke | Osaka University | Japan |
| Numerical Calculation of Molten Metal Flow in Arc Welding | H.Shirakawa, M.Ueno, S.Satonaka | Kumamoto University | Japan |
| Numerical Simulation for Temperture Field and Fluid Flow Field in Double-Sided GTAW Process | H.Gao, H.Dong, L.Wu | Harbin Institute of Technology | China |
| Measurement of Surface Tension and Metal Flow in Arc Welding | S.Satonaka, M.Saito, H.Shirakawa | Kumamoto University | Japan |
| 10:40-12:40: Sensing and Control | |||
| Automatic Penetration Control in TIG Welding by Monitoring Oscillation of the Molten Pool | J.Ju, Y.Suga | Keio University | Japan |
| Temperature Measurement by UV Thermal Radiation | F.Miyasaka, T.Okagaito, T.Ohji | Osaka University | Japan |
| Estimation of the behavior of arc in GMA welding based on acoustic measurement | T.Morita, Y.Ogawa, T.Sumitomo | National Institute of Advanced Industrial Science and Technology | Japan |
| Penetration Control during All Position Welding of Fixed pipes by Monitoring Reverse Side Shape of Molten Pool | Y.Hibikiya, D.Takenaka, Y.Suga | Keio University | Japan |
| Sensing and Controlling of the Weld Pool by Using Visual welding Robot | A.Hirai, T.Hosoda, Y.Kaneko, S.Yamane, T.Kubota, K.Oshima | Saitama University | Japan |
| Arc Light Sensing of Keyhole Behavior in PAW Process | C.Dong, Y.Zhu, H.Zhang, Y.Shao, L.Wu | Beijing Aeronautical Manufacturing Technology Reseach Institute(BAMTRI) | China |
| Development of Visual Sensing System for Hot Wire Orbital Narrow Gap GTAW | T.Ogawa, S.Asai, K.Taki, T.Aikawa, K.Kubo | Toshiba Corp. | Japan |
| Application of Neural Network to Sensing and Control of Arc Length and Wire Extension | H.Yamamoto, Y.Takano, K.Ohshima, S.Yamane, K.Eguchi | Hitachi Construction Machinery Co. Ltd. | Japan |
| 13:30-15:15: Microstructure of Welds and Mechanical Properties I | |||
| HAZ Characteristics of Ultra-fine Grained High Strength Steel Welded by High Power CO2 Laser | T.Otani, S.Tsukamoto, G.Arakane, A.Ohmori | National Institute for Materials Science | Japan |
| Microstructual characteristics of welding heat-affected zone in ultra-fine ferrite grained steel | R.Ito, T.Kasugai, K.Hiraoka, C.Shiga | National Institute for Materials Science | Japan |
| Comparative Study on the Weldability of Different Ship-Building Steels | R.Laitinen, M.Dahmen, S.Kaierle, R.Poprawe | Rautaruukki Oyi,Corporate R&D | Finland |
| Microstructure Anticipation in Steel Heat Affected Zone by the CCT Diagrams | Odanovic Zoran, Nedeljkovic Ljubomir | University of Belgrade | Yugoslavia |
| Effect of Steel Strength on Fatigue Strength of Welded Joints Using Low-Temperature-Transformation Welding Consumable | Y.Morikage, T.Kubo, K.Yasuda, K.Amano | Kawasaki Steel Corporation | Japan |
| High Strength Steel Weld Metals Developments with Ni and Mn | Enda Keehan, Leif Karlsson, Marimuthu Murugananth, Hansolof Andren, Harshad Bhadeshia | Chalmers University of Technorogy | Sweden |
| Effect of microstructures on charpy impact absorbed energy(vE0) of weld metal | T.Takagi, H.Hatano, H.Takeda, R.Kuriyama, T.Nakano | KOBE STEEL,LTD. | Japan |
| 15:30-17:15: Microstructure of Welds and Mechanical Properties II | |||
| Toughness of Weld Metals of A 950MPa High Strength Steel | J.Liao, H.Kametani, H.Okada, K.Ikeuchi | Kurimoto,Ltd | Japan |
| Microstructure of GMA Weld Metal of 950 MPa Class Steel | G.Mohammed, M.Takahashi, K.Ikeuchi, T.Kuroda, J.Liao | Osaka University | Japan |
| A Proposal of Solidification Crack Susceptibility Test for Laser Beam Welding of Stainless Steels | X.Luo, E.Ashida, I.Kitamura, S.Shono, F.Matsuda | Japan Power Engineerin and Inspection Corporation | Japan |
| Effect of Grain Boundary Segregation of Sulfur on Reheat Cracking Susceptibility in Multi-pass Weld Metal of Fe-36%Ni Alloy | K.Nishimoto, H.Mori, H.Hirata | Osaka University | Japan |
| Hot Cracking and its Prevention in Multi-Pass Weld Metal of Fe-36%Ni Invar Alloy | K.Nishimoto, S.Hongou, N.Kubo, S.Koga, H.Nagatani, K.Ogawa, H.Hirata | Osaka University | Japan |
| Estimation of Solidification Cracking Susceptibility of Ni-base Superalloy Weld Metals | K.Shinozaki, S.Hosomi, H.Kuroki | Hiroshima University | Japan |
| Mechanism of nitrogen absorption of steel weld metal during laser welding | W.Dong, H.Kokawa, Y.S.Sato, S.Tsukamoto | Tohoku University | Japan |
| Room 4 | |||
| 9:00-10:25: Welding Residual Stress and Deformation I | |||
| Invited Lecture: Efforts to Eliminating Welding Buckling Distortions --from Passive Measures to Active In-Process Contral | Q.Guan | Beijing Aeronautical Manufacturing Technology Research Institute | China |
| Welding Deformation Simulation System for Geometric Accuracy Management of Steel Structures | S.Takechi, K.Aoyama, T.Nomoto | University of Tokyo | Japan |
| Development of the Welding deformation estimation method for high accuracy production system in shipbuilding | M.Nakatani, M.Ohsawa | Hitachi Zosen corporation | Japan |
| Effects of Residual Stress Controlled TMCP Steel Plate on Accuracy of Ship Blocks | T.Tani, N.Okada, K.Ohe, T.Miyazaki | KOBE STEEL Ltd | Japan |
| Welded Joint Model with Considering of its Corrosion to Simulate Life-cycle of Large Scale Welded Structure | K.Aoyama, S.Taketi, K.Hamada | University of Tokyo | Japan |
| 10:35-12:35: Welding Residual Stress and Deformation II | |||
| Numerical Simulation of Hot Cracking in Weld Using Temperature Dependent Interface Element | M.Shibahara, H.Serizawa, H.Murakawa | Osaka University | Japan |
| Development of Finite Element Method for Seam Welding and Its Application to Optimization of Welding Conditions | H.Murakawa, H.Minami, T.Kato | Osaka University | Japan |
| Study of Residual Stress and Inherent Strain Generated by Friction Stir Welding | T.Terasaki, M.Yamasaki, T.Akiyama, S.Koga | Kyushu Insititude of Technology | Japan |
| A new Hypothesis for the Process of Residual Welding Stresses Reduction through Local Explosion Treatment | S.Hristov | Institute of Metal Science Bulgaria | Bulgaria |
| Explosives for Reduction of Residual Welding Stresses through Local Explosive Treatment | S.Hristov, N.Doynov, V.Tcaneva | Institute of Metal Science Bulgaria | Bulgaria |
| Computation of Residual Stress on RPV Weldment | J.S.Kim, T.E.Jin | Korea Power Engineering Company | Korea |
| Residual Stress in Fillet Welding of Similar or Dissmilar Steels and Stress under Loading | K-H.Chang, C-H.Lee, Y-C.Kim, Y-E.Shin, W-C.Kim | Chung-Ang Univ | Korea |
| Characteristics and Production Mechanisms of Residual Stress Generated by Multi-Pass Seam Welding of The Pipe | K-H.Chang, S-C.Yang, Y-C.Kim, S-H.Lee, J-G.Han | Chung-Ang Univ | Korea |
| 13:30-15:15: Surface Modifications and Coating I | |||
| Wear Behavior of HVOF Sprayed WC-12Co Coatings in Dry Sliding and Third-body Abrasion | Q.Yang, T.Senda, N.Kotani, A.Ohmori | National Maritime Research Institute | Japan |
| Enhancemnet of Graded Functionality of High Hardness Zirconia Composite Coatings by Gas Tunnel Type Plasma Spraying | A.Kobayashi | Osaka university | Japan |
| Effect of adsorbent addition on photocatalytic property of thermal sprayed TiO2 coating | Y.G.Jung, T.Suzuki, M.Fukumoto | Toyohashi University of Technology | Japan |
| The effects of additives on photocatalytic properties of plasma sprayed titanium dioxide coatings | A. Ohmori, F.Ye, C.Li | Osaka University | Japan |
| Deposition of NiTi Intermetallic Coatings by Plasma Transferred Arc Surfacing Process | T.Owa, T.Shinoda, Y.Katoh | Nagano Pref. Institute of Technology | Japan |
| Powders and Coating Layers of NiTi Intermetallic Compound by the Method of Reactive Gas Atomization Process using Laser | H.Tomochika, M.Nishida, T.Araki | Ehime University | Japan |
| Microstructure and thermal shock resistant properties of ZrO2-8wt.%Y2O3 coatings prepared by laser hybrid spraying process | S.O.Chwa, A.Ohmori | Osaka University | Japan |
| 15:30-17:30: Surface Modifications and Coating II | |||
| Laser Reactive Spraying Method for Tailored Coatings of Intermetallic Compounds | T.Araki, M.Nishida, T.Hirabata | Ehime University | Japan |
| Formation Mechanism of Cladding Layer by Electron Beam Cladding with Powder Feeder | N.Abe, J.Morimoto, M.Tomie, F.Kuriyama | Osaka University | Japan |
| Burr Removal Process Using Arc Discharge | K.Kusumoto | Gunma University | Japan |
| Surface Modification for PWSCC Susceptibility Migration of Alloy 600 by Laser Cladding Technique | H.Onitsuka, M.Kanno, T.Ohya, K.Fujita, T.Yamashita | Japan Power Engineering and Inspection Corporation | Japan |
| Study on laser surface modification technique for neutron-irradiated austenitic stainless steels | M.Ando, M.Kanno, M.Koshiisi, H.Takahashi, R.Katsura | Japan power engineering and inspection Co. | Japan |
| Modeling the laser surface annealing prosess of aged Inconel718 | L.Liu, K.Tanaka, A.Hirose, K.F.Kobayashi | Osaka University | Japan |
| Improvement of Pitting Corrosion Resistance by Laser Surface Remelting of Pure Titanium Sheets | Z.Sun, I.Annergren, T.A.Mai, D.Pan | Gintic Institute of Manufacturing Technology | Singapore |
| Selection of Iron Based Electrodes for Recovery Deposition and Hardfacing for Impact-Abrasive Wear Conditions | G.N.Polichtchouk, I.V.Kouskov | Spetselectrod JSC | Russia |