(22) 宮原広郁,鋳造による複合化材料製造法,素形材,Vol.47,No.11,Vol.47No.11, pp.5-10,2008.10.

(25) T. Noguchi, K. Asano, S. Hiratsuka , H. Miyahara,Trends of Composite Casting Technology and Joining Technology for Castings in Japan,International Journal of Cast Metals Research,vol.21(No.1-4), pp. 219-225.,2008.08.

(30) T. Noguchi, K. Asano, S. Hiratsuka , Miyahara,Trends of Composite Casting Technology and Joining Technology for Castings in Japan,Proceedings of 10th Asian Foundry Congress,pp.260-266,2008.05.

(44) 丸野祐策，三村直也，宮原広郁，大城桂作,SiC粒子強化AC4B合金複合材料の回転曲げ疲労特性に及ぼす切欠きおよび組織の影響,日本金属学会誌,Vol.70 No.7 pp.554-561,2006.07.

(47) Hirofumi Miyahara, Yusaku Maruno, Yoshinori Nishihata and Keisaku Ogi,Influences of Reinforcements on Solidification Microstructure and Fatigue Property for Cast Aluminum Alloy Composites,Transactions of The Indian Institute of Metal,Vol.59 No.2 pp.255-261,2006.02.

(50) Hirofumi Miyahara Toshiya Ota Yusaku Maruno and Keisaku Ogi,Influences of Reinforcements on Fatigue Property for Cast Al-Si-Cu-Mg Alloy Composites,Proc. of the 2nd Korea-Japan Conference for Young Foundry Engineers,Vol. No.7 pp.54-57,2005.07.

(51) Hirofumi Miyahara Yusaku Maruno and Keisaku Ogi,Influence of Solidification Microstructure and Distribution of Reinforcement on Fatigue Characteristics of Notched SiC Reinforced AC4B Alloy Composites,Materials Transactions,Vol.46,No.5,950-958,Vol.46 No.5 pp.950-958,2005.05.

(56) Hirofumi Miyahara Yusaku Maruno Yoshinori Nishihata and Keisaku Ogi,Influences of Reinforcements on Solidification Microstructure and Fatigue Property for Cast Aluminum Alloy Composites,Proc. of International Conference on Solidification Science and Processing,Vol. No. pp.-,2004.11.

(59) Yusaku Maruno Hirofumi Miyahara Hiroshi Noguchi and Keisaku Ogi,Notch Size Effects in the Fatigue Characteristics of Al-Si-Cu-Mg Cast Alloy,Materials Transactions,Vol.45,No.3,839-843,Vol.45 No.3 pp.839-843,2004.03.

(60) Zou Xinguo Hirofumi Miyahara Kaoru Yamamoto and Keisaku Ogi,Sliding Wear Behavior of Al-Si-Cu Composites Reinforced with SiC Particles,Materials Science and Technology,Vol.19,No.11,1519-1526,Vol.19 No.11 pp.1519-1526,2003.11.

(61) Zou Xinguo Hirofumi Miyahara Kaoru Yamamoto and Keisaku Ogi,Quantitative Evaluation on Wear Resistance of Aluminum Alloy Composites Densely Packed with SiC Particles,Materials Science and Technology,Vol.19,No.11,1527-1530,Vol.19 No.11 pp.1527-1530,2003.11.

(65) Naoya Mimura Zou Xinguo Hirofumi Miyahara and Keisaku Ogi,Sliding Wear Resistance of SiC/Aluminum Alloy Composites,Proc. of the 1st Korea-Japan Conference for Young Foundry Engineers,Vol. No. pp.123-124,2003.04.

(66) Hirofumi Miyahara Zou Xinguo Takashi Moriguchi and Keisaku Ogi,Influence of the Matrix Microstructure on the Wear Resistance of Alumina Continuous Fiber Reinforced Aluminum Alloy Composites,Materials Transactions JIM,Vol.44,No.2,247-252,Vol.44 No.2 pp.247-252,2003.02.

(69) Hirofumi Miyahara Tomoyoshi Hisanaga and Keisaku Ogi,Numerical Analysis of Solidification Process for Matrix Alloys in Continuous Fiber Reinforced Composites,Int. J. Cast Metals Res.,Vol.15,No.4,475-480,Vol.15 No.4 pp.475-480,2002.01.

(70) Hyo-Gyoung Kang Masahiro Kida Hirofumi Miyahara and Keisaku Ogi,Age hardening behavior of alumina continuous fiber reinforced Al-Si-Cu and Al-Si-Cu-Mg alloys,Int. J. Cast Metals Res.,Vol.15,No.1,1-7,Vol.15 No.1 pp.1-7,2002.01.

(71) Hirofumi Miyahara Zou Xinguo Yoshinori Nishihata Hua-Nan Liu and Keisaku Ogi,Wear Resistance of Alumina Continuous Fiber Reinforced Aluminum Alloy Composites,Proc. of the 7th Asian Foundry Congress,Vol. No. pp.379-386,2001.10.

(72) Hirofumi Miyahara and Keisaku Ogi,Dendrite Growth of Aluminum-Copper Alloy Reinforced with Continuous Alumina Fibers,Materials Transactions JIM,Vol.42,No.2,252-257,Vol.42 No.2 pp.252-257,2001.02.

(73) Hirofumi Miyahara and Keisaku Ogi,Thermal and Solutal Influences of Continuous Fibers on Matrix Dendrite Growth in Composite Materials,Materials Transactions JIM,Vol.42,No.2,258-262,Vol.42 No.2 pp.258-262,2001.02.

(75) Hirofumi Miyahara Masayuki Mizumoto and Keisaku Ogi,Thermal and Solutal Influence of Fibers on Crystal Growth of Matrix Alloy in Composites,Modeling of Casting Welding and Advanced Solidification Processes IX,Vol. No. pp.664-671,2000.08.

(77) Hirofumi Miyahara Masayuki Mizumoto Yoshinori Nishihata and Keisaku Ogi,Influences of Continuous Fibers on Crystal Growth of Matrix Alloys in Composites,Modeling of Casting and Solidification Processes,Vol. No. pp.367-373,2000.02.

(79) 水本 将之 花岡 剛史 宮原広郁 大城桂作,アルミナ長繊維/Al-Cu合金複合材料におけるデンドライト凝固過程,日本金属学会誌,Vol.63 No.10 pp.1304-1310,1999.10.

(80) 姜　孝京 來田雅裕 水本将之 宮原広郁 大城桂作,Al2O3長繊維強化Al-Si-Cu系合金の時効硬化特性,鋳造工学,Vol.71 No.7 pp.460-467,1999.07.

(81) Hua-Nan LIU Keisaku OGI and Hirofumi MIYAHARA,The fibre distribution of Al2O3/Al-Cu alloy composites,J. Materials Science,Vol.33,No.14,3615-3622,Vol.33 No.14 pp.3615-3622,1998.10.

(82) Hua-Nan LIU Hirofumi MIYAHARA and Keisaku OGI,Fabrication of Al2O3 continuous fiber reinforced Al-Cu alloys by axial infiltration process,Materials Science and Technology,Vol.14,No.4,292-298,Vol.14 No. pp.292-298,1998.04.

(84) Hua-Nan LIU Hirofumi MIYAHARA and Keisaku OGI,Solidification of Al-Cu Alloys in the presence of Closely Spaced Al2O3 Continuous Fibers,Proc. of 5th Asian Foundry Congress,Vol. No. pp.425-432,1997.09.

(92) Hirofumi Miyahara Nobuyuki Mori and Keisaku Ogi,Solidification Structures in Alumina Fiber / Aluminum Alloy Composites,Cast Composites _95,Vol. No. pp.5-8,1995.01.

(99) Nobuyuki Mori, Hirofumi Miyahara, Keisaku Ogi,Modeling of Infiltration Process of Alumina Fiber Preform by Molten Metal,Proc. of the Sixth Conf. in a Series on Modeling Casting and Welding Processes,Vol. No. pp.-,1993.03.

(101) 森 信幸, 宮原 広郁, 大城 桂作,溶融金属によるAl2O3繊維充てん体の圧入,鋳物,Vol.64 No.4 pp.252-259,1992.04.

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