X 線透視観察と粒子法に基づくチタンのレーザ溶接における キーホール形成因子の解明
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| Published in | 軽金属溶接 Vol. 54; no. 6; pp. 222 - 229 |
|---|---|
| Main Authors | , , , |
| Format | Journal Article |
| Language | Japanese |
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一般社団法人 軽金属溶接協会
2016
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| Online Access | Get full text |
| ISSN | 0368-5306 2186-618X |
| DOI | 10.11283/jlwa.54.222 |
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| Author | 川人, 洋介 片山, 聖二 千村, 伊作 村川, 英一 |
|---|---|
| Author_xml | – sequence: 1 fullname: 千村, 伊作 organization: 大阪大学大学院 – sequence: 1 fullname: 川人, 洋介 organization: 大阪大学接合科学研究所 – sequence: 1 fullname: 村川, 英一 organization: 大阪大学接合科学研究所 – sequence: 1 fullname: 片山, 聖二 organization: 大阪大学接合科学研究所 |
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| References | 1 西村孝，大山英人：チタンおよびチタン合金の現状と将来の展望，軽金属，36-11 (1986), 778-787. 5 大谷忠幸：チタン溶接技術，新日鉄技報，第385号(2006),81-85. 11 川人洋介，松本直幸，阿部洋平，片山聖二：ステンレス鋼 の高出力ファイバーレーザ溶接時におけるレーザ吸収特性，溶接学会論文集，27-3 (2009), 183-188 22 V. V. Semak, J. A. Hopkins, M. H. McCay and T. D. McCay: A Concept for a Hydrodynamic Model of Keyhole Formation and Support During Laser Welding, Proc. ICALEO,(1994), 641-650. 20 日本金属学会編：金属データブック（改定2 版)，丸善 7 広瀬博章：チタンおよびチタン合金の溶接，圧力技術，31-3 (1993), 167-175. 2 新家光雄，池田勝彦，成島尚之：チタンおよびチタン合金，軽金属，61-11 (2011), 673-677. 12 Nakamura Hiroshi, Kawahito Yousuke, Nishimoto Koji and Katayama Seiji: Elucidation of melt flows and spatter formation mechanisms during high power laser welding of pure titanium, Journal of Laser Applications, 27 (2015), 032012. 10 川人洋介，水谷正海，片山聖二：ステンレス鋼の10 kW 高 出力ファイバーレーザ溶接時の欠陥形成機構と防止法，溶接学会論文集，26-3 (2008),203-209 17 Koshizuka S, Tamako H and Oka Y.: A Particle Method for Incompressible Viscous Flow with Fluid Fragmentation, Com putational Fluid Dynamics J, 4 (1995),29-46. 15 Cho J.-H. and Na S.-J.: Implementation of real-time multi ple reflection and Fresnel absorption of laser beam in keyhole, J.Phys.D:Appl.Phys.,39(2006), 5372. 19 日本計算工学会編，越塚誠一：粒子法，丸善，（2005 18 Koshizuka S. and Oka Y.: Moving-Particle Semi-implicit Method for Fragmentation of Incompressible Fluid, Nuclear Science and Engineering, 123 (1996), 421-434. 9 川人洋介，上村洋輔，土井雄一朗，水谷正海，西本浩司，川上博士，田中学，藤井英俊，中田一博，片山聖二：ステンレス鋼の高輝度・高出力レーザ溶接時の溶融池内湯流れに及ぼす溶接速度の影響の三次元X 線透視その場観察法による解明，溶接学会論文集，33-1 (2015),13-19. 3 新家光雄：チタンおよびチタン合金の最近の応用と研究・開発動向，鉄と鋼，90-7 (2004),462-471. 8 藤井信之，福原祥雅，日向輝彦，安田克彦：純チタン材の 溶融特性と溶接施工条件の検討―純チタン材の溶接と継手性能（第1 報) ―，溶接学会論文集，20-1 (2002),20-25. 4 中山武典：建材用チタンの特性と最近の動向，材料と環境，50-3 (2004), 462-471. 6 草道龍彦，三井貴之：チタン溶解技術の進歩，神戸製鋼技報，49-3 (1999),13-14. 16 Semak V., Bragg W. D., Damkroger B. and Kempka S.: Transient model for the keyhole during laser welding, J. Phys. D: Appl. Phys., 32-15 (1999),L61-L64. 21 M. A. Ordal, L. L. Long, R. J. Bell, S. E. Bell, R. R. Bell, R. W. Alexander and C. A. Ward: Optical properties of the metals Al,Co,Cu,Au,Fe,Pb,Ni,Pd,Pt,Ag,Ti,andWintheinfrared and far infrared, Applied Optics, 22-7 (1983), 1099-1119. 13 A.Otto,H.Koch,K-H. Leitz and M. Schmidt: Numerical Simulations - A Versatile Approach for Better Understanding Dynamics in Laser Material Processing, Physics Procedia, 12 (2011),11-20. 14 Ki H., Mohanty P. S. and Mazumder J.: Multiple Reflection and Its vInfluence on Keyhole Evolution. Journal of Laser Applications, 14-1 (2002),39-45. |
| References_xml | – reference: 11 川人洋介，松本直幸，阿部洋平，片山聖二：ステンレス鋼 の高出力ファイバーレーザ溶接時におけるレーザ吸収特性，溶接学会論文集，27-3 (2009), 183-188 – reference: 19 日本計算工学会編，越塚誠一：粒子法，丸善，（2005) – reference: 22 V. V. Semak, J. A. Hopkins, M. H. McCay and T. D. McCay: A Concept for a Hydrodynamic Model of Keyhole Formation and Support During Laser Welding, Proc. ICALEO,(1994), 641-650. – reference: 21 M. A. Ordal, L. L. Long, R. J. Bell, S. E. Bell, R. R. Bell, R. W. Alexander and C. A. Ward: Optical properties of the metals Al,Co,Cu,Au,Fe,Pb,Ni,Pd,Pt,Ag,Ti,andWintheinfrared and far infrared, Applied Optics, 22-7 (1983), 1099-1119. – reference: 4 中山武典：建材用チタンの特性と最近の動向，材料と環境，50-3 (2004), 462-471. – reference: 5 大谷忠幸：チタン溶接技術，新日鉄技報，第385号(2006),81-85. – reference: 7 広瀬博章：チタンおよびチタン合金の溶接，圧力技術，31-3 (1993), 167-175. – reference: 14 Ki H., Mohanty P. S. and Mazumder J.: Multiple Reflection and Its vInfluence on Keyhole Evolution. Journal of Laser Applications, 14-1 (2002),39-45. – reference: 10 川人洋介，水谷正海，片山聖二：ステンレス鋼の10 kW 高 出力ファイバーレーザ溶接時の欠陥形成機構と防止法，溶接学会論文集，26-3 (2008),203-209 – reference: 6 草道龍彦，三井貴之：チタン溶解技術の進歩，神戸製鋼技報，49-3 (1999),13-14. – reference: 12 Nakamura Hiroshi, Kawahito Yousuke, Nishimoto Koji and Katayama Seiji: Elucidation of melt flows and spatter formation mechanisms during high power laser welding of pure titanium, Journal of Laser Applications, 27 (2015), 032012. – reference: 15 Cho J.-H. and Na S.-J.: Implementation of real-time multi ple reflection and Fresnel absorption of laser beam in keyhole, J.Phys.D:Appl.Phys.,39(2006), 5372. – reference: 16 Semak V., Bragg W. D., Damkroger B. and Kempka S.: Transient model for the keyhole during laser welding, J. Phys. D: Appl. Phys., 32-15 (1999),L61-L64. – reference: 2 新家光雄，池田勝彦，成島尚之：チタンおよびチタン合金，軽金属，61-11 (2011), 673-677. – reference: 9 川人洋介，上村洋輔，土井雄一朗，水谷正海，西本浩司，川上博士，田中学，藤井英俊，中田一博，片山聖二：ステンレス鋼の高輝度・高出力レーザ溶接時の溶融池内湯流れに及ぼす溶接速度の影響の三次元X 線透視その場観察法による解明，溶接学会論文集，33-1 (2015),13-19. – reference: 13 A.Otto,H.Koch,K-H. Leitz and M. Schmidt: Numerical Simulations - A Versatile Approach for Better Understanding Dynamics in Laser Material Processing, Physics Procedia, 12 (2011),11-20. – reference: 8 藤井信之，福原祥雅，日向輝彦，安田克彦：純チタン材の 溶融特性と溶接施工条件の検討―純チタン材の溶接と継手性能（第1 報) ―，溶接学会論文集，20-1 (2002),20-25. – reference: 20 日本金属学会編：金属データブック（改定2 版)，丸善， – reference: 1 西村孝，大山英人：チタンおよびチタン合金の現状と将来の展望，軽金属，36-11 (1986), 778-787. – reference: 3 新家光雄：チタンおよびチタン合金の最近の応用と研究・開発動向，鉄と鋼，90-7 (2004),462-471. – reference: 17 Koshizuka S, Tamako H and Oka Y.: A Particle Method for Incompressible Viscous Flow with Fluid Fragmentation, Com putational Fluid Dynamics J, 4 (1995),29-46. – reference: 18 Koshizuka S. and Oka Y.: Moving-Particle Semi-implicit Method for Fragmentation of Incompressible Fluid, Nuclear Science and Engineering, 123 (1996), 421-434. |
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| Title | X 線透視観察と粒子法に基づくチタンのレーザ溶接における キーホール形成因子の解明 |
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