◆原著論文

(1).Y.Saito, T.Enami and T.Tanaka: "The Mathematical Model of Hot Deformation Resistance with Reference to Microstructural Changes during Rolling in Plate Mill", Trans ISIJ, 25(1985), p.1146-1155

(2).Y.Saito: "Mathematical Model of Hot Deformation Resistance in Austenite-Ferrite Two Phase Region", Trans. ISIJ, 27(1987), p.419-424

(3).Y.Nakano, Y.Saito, M.Koda, K.Amano, E.Kobayashi and Y.San-nomiya: "Yield Strength 415Mpa and 460Mpa Steel Plates Weldable with High Heat Input", ASME Transaction Journal of Energy Resources Technology, 110 (1988), p.171-176

(4). 齊藤良行：｢鋼板製造プロセスにおける材質予測制御の現状と課題｣ , 鉄と鋼 , 74(1988), p.609-616

(5). 久保高宏 , 古君修 , 山浦晃央 , 齊藤良行 : 「低温貯槽用鋼板の溶接熱影響部靭性に及ぼす C, Nb および Ni の影響」 , 溶接学会論文集 , 8(1990), p.229-235

(6).O.Furukimi and Y.Saito: "The Effect of Grain Boundary Phosphorus Segregation and Heat Treatment on Toughness of 9% Ni Steel and Its Welded Joint" ISIJ International 30(1990), p.390-396

(7). 松崎明博 , 齊藤良行 , 渡辺修 , 志賀千晃 , 中川一郎：｢ 9Cr-1Mo-V-Nb 鋼の機械的性質に及ぼす加工熱処理の影響｣ , 鉄と鋼 , 76(1990), p.1108-1115

(8).Y.Saito and M.Enomoto: "Monte Carlo Simulation of Grain Growth", ISIJ International, 32(1992), p.267-274

(9).Y.Saito and C.Shiga: Computer Simulation of Microstructural Evolution in Thermomechanical Processing of Steel Plates, ISIJ International, 32(1992), p.414-422

(11). 古君修 , 齊藤良行 , 槙石規子：「部分拡散型合金鋼粉を用いた焼結 , 熱処理材料の高強度化機構」 , 鉄と鋼 , 79(1993), p.1003-1010

(12). 鈴木健一郎 , 宮川昌治 , 齊藤良行 ： 「連鋳二次冷却帯での微細炭化物の析出と鋼の高温脆化」 , 鉄と鋼 , 79(1993), p.1266-1272

(13). K.Suzuki, S.Miyagawa, Y.Saito and K.Shiotani: "Effect of Microalloyed Nitride Forming Elements on Precipitation of Carbonitride and High Temperature Ductility of Continuously Cast Low Carbon Nb Containing Steel Slab", ISIJ International, 35(1995), p.34-41

(14). 渡辺修、松本重人、中野善文、齊藤良行、「高張力鋼溶接継手の疲労強度とその支配因子」、溶接学会論文集 , 13(1995), p.438-443

(15).Y.Saito, “ The Monte Carlo Simulation of Microstructural Evolutions in Metals ” , Memoirs of School of Science and Engineering, Waseda University , No.59(1995), p.75-99

(16). Y.Saito and H.Harada, “ The Monte Carlo Simulation of Ordering Kinetics in Ni-base Superalooys ” , Mater. Sci. and Eng. A, (1996), p.1-9

(17). Y.Saito and H.Harada, “ The Monte Carlo Simulation of Ordering Kinetics of FCC to L1 2 Structure in Ni-Al-X Ternary Alloys ” , Mater. Sci. and Eng. A, (1996), p.10-16

(18). Y.Saito: ” The Monte Carlo Simulation of Microstructural Evolution in Metals ” , Mater. Sci. and Eng. A, (1996), p.114-124

(19).Y.Saito: “ Monte Carlo Simulation of Grain Boundary Precipitation ” , Mater. Sci. and Eng. A, (1996), p.125-133

(20).Y.Saito, ” Modelling of Microstructural Evolution in Thermomechanical Processing of Structural Steels ” , Mater. Sci. and Eng. A, (1996), p.134-145

(21), Y.Saito, Monte Carlo Simulation of Grain Growth in Three Dimensions,ISIJ International, 38(1998), p.559-566

(22). T.Konishi 、 A.Kitada, Y.Saito, and K. Ito: On the Behavior of Classical Solution of an exact Mullins Model, J.Phys.Soc.Jpn, 68(1999) , pp.4045-4046

(23). 村上 秀之、原田広史、齊藤良行：「原子レベルからの Ni 基超合金の設計および解析」日本金属学会誌、 63(1999)p.723-732

(24) 山下孝子、成谷哲、齊藤良行：「 0.4mass%C 鋼のパーライト成長速度の律速因子」鉄と鋼、 86(2000)

(25) 齊藤良行、本庄稔、森本賢治、小西徹治、北田韶彦：「 時間に依存しない駆動力にもとづく核形成挙動」鉄と鋼、 86(2000)p.591-594

(26) M.Honjo and Y.Saito: Numerical Simulation of Phase Separation in Fe-Cr Binary and Fe-Cr-Mo Ternary Alloys with Use of the Cahn-Hilliard Equation ISIJ International,40(2000)914-910

(27) Y.Saito, M.Honjo, T,Konishi and A.Kitada: Time Dependent Nucleation Rate, J. Phys. Soc. Jap. , 69(2000), p.3304-3307

(28)Y.Suwa, Y.Saito, K.Ochi, T. Aoki, K.Goto and K.Abe: Kinetics of Phase Separation in Fe-Cr-Mo Ternary Alloys , Materials Transaction,43(2003), p.271-276

(29)Y.Saito, Y.Suwa, K.Ochi, T. Aoki, K.Goto and K.Abe: Kinetics of Phase Separation in Ternary Alloys, J.Phys. Soc.Jpn.,72(2003), pp.808-812

(30) Y. Iwamoto, T.Kuwashima, K.Goto, E. Fukuhara, Y.Suwa and Y.Saito:Computer Simulation of Phase Separation Dynamics in fe-Cr-Mo Ternary Alloys Materials Science Forum: 426-423(2003), p.3867-3872

(31) E. Fukuhara, M.Onuma, Y.Suwa and Y.Saito: Modelling of Phase Separation Dynamics in Iron-based Ternary Alloys, Materials Science Forum: 426-423(2003), p.3867-3872

(32) K.Goto, Y.Saito and Y.Suwa: Monte Carlo Simultion of Phase separation in Iron-based Ternary Alloys, Intermetallics, 11(2003), p.1267-1272

(33) T. Aoki, Y.Saito and Y.Suwa: Kinetics of Phase Separation in Iron-based Ternary Alloys I. Theoretical Analysis of Phase Separation Behavior in Iron-based Ternary Alloys, Intermetallics, 11(2003), p.1273-1277

(34) T.Kuwajima, Y.Saito and Y.Suwa: Kinetics of Phase Separation in Iron-based Ternary Alloys II. Numerical Simulation of Phase Separation in fe-Cr-X(X=Mo, Cu) Ternary Alloys, Intermetallics, 11(2003), p.1278-1285

(35) Y.Suwa and Y.Saoto: Computer Simulation of Grain Growth by the Phase Field Model. Effect of Interfacial Energy on Kinetics of Grain Growth, Materials Transaction, 44(1993), p.2245-2251

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