MIYAZAKI Shuichi
- Articles
- Microstructral Characteristics of Ti-Base Biomedical Shape Memory Alloys”, Ti-2003 Science and Technology, 2 (2004) 1139-1146
T; Inamura; Y. Fukui; H. Hosoda; K. Wakashima; S. Miyazaki
Ti-2003 Science and Technology/2/p.1139-1146, 2004-01 - Shape Memory Characteristics of Ti-Base Biomedical Shape Memory Alloys
H. Hosoda; Y. Fukui; H. Hosoda; K. Wakashima; S. Miy...
Ti-2003 Science and Technology/2/p.3385-3392, 2004-01 - Design of Smart Composites Bsed on Polymer and Shape Memory Alloy Powders
H. Hosoda; S. Takeuchi; T. Inamura; K. Wakatsuki; S. Miy...
Transactions of Mater. Res. Soc. Japan/29/p.3037-3042, 2004-01 - Thermodynamic Analysisi of Ageing-induced Multiple-stage Transformation Behavior of NiTi
Y. Liu; J.I. Kim; S. Miyazaki
Phil. Mag. A/84/p.2083-2102, 2004-01 - Stress-induced FCC-HCP Martensitic Transformation in CoNi
Y. Liu; H. Yang; G. Tan; S. Miyazaki; B. Jiang; Y. Liu
J. of Alloys and Compounds/368/p.157-163, 2004-01 - Stress Induced Martensitic Transformation Kinetics of Polycrystalline NiTi Shape Memory Alloy
A. Ziolkowski; B. Raniecki; S. Miyazaki
Materials Science and Engineering A/A378/p.86-91, 2004-01 - A TiNiPd Thin Film Microvalve for High Temperature Applications
Y. Liu; M. Kohl; K. Okutsu; S. Miyazaki
Materials Science and Engineering, A/A378/p.205-209, 2004-01 - Martensitic transformation behavior in Ni-Al and Ni-Al-Re melt-spun ribbons
Hee Young Kim; S. Miyazaki
Scripta Materialia/50/p.237-241, 2004-01 - ここまできた!--ニッケルを含まない生体用超弾性チタン合金 (特集 第5回21世紀の境界領域研究を考えるシンポジウム)
細田 秀樹; 若島 健司; 宮崎 修一
Boundary/19(11)/pp.24-28, 2003-11 - Transformation Behavior of Ti-Ni Based and Ni-Al Based High Temperature Shape Memory Alloys
金 熙榮; 奥津 和俊; 宮崎 修一
まてりあ : 日本金属学会会報/42(9)/pp.655-661, 2003-09 - W05-(6) Ti-Ni 系形状記憶合金スパッタ薄膜の開発と応用
宮崎 修一
年次大会講演資料集/0(3)/pp.287-288, 2003-08 - DMA Evaluation of Damping Properties of Shape Memory Alloys
細田 秀樹; 辻 昌宏; 稲邑 朋也; 若島 健司; 宮崎 修一
年次大会講演論文集 : JSME annual meeting/2003(1)/pp.255-256, 2003-08 - Development of Microactuators Utilizing Sputter-deposited TiNi-base SMA Thin Films
宮崎 修一; 奥津 和俊; 三ツ井 翼
年次大会講演論文集 : JSME annual meeting/2003(1)/pp.263-264, 2003-08 - Shape Memory Alloy Thin Film Microactuators
宮崎 修一
Expected materials for the future/3(6)/pp.2-5, 2003-06 - Shape Memory Alloy Particle Filled Smart Composite
竹内 晋介; 山崎 慎; 細田 秀樹; 若島 健司; 宮崎 修一
日本複合材料学会研究発表講演会予稿集/2003(0)/pp.119-120, 2003-05 - Mechanical Properties of Ti-Base Shape Memory Alloys
H. Hosoda; Y. Fukui; T. Inamura; K. Wakashima; S. Miyaza...
Materials Science Forum/426-432/p.3121-3126, 2003-01 - Crystal Structure of Orthorhombic Martensite in TiNi-Cu and Ti-Ni-Pd Intermetallics
宮崎 修一
J. Phys. IV France/112/p.727-730, 2003-01 - Microstructural Characteristics of Ti-Base Biomedical Shape Memory Alloys
H. Hosoda; Y. Takahashi; Y. Fukui; T. Inamura; K. Wakash...
The First International Congress on Bio-Nanointerface/p.191, 2003-01 - Phase Stability and Mechanical Properties of Ti-Ni Shape Memory Alloys Containing Platinum Group Metals
H. Hosoda; M. Tsuji; Y. Takahashi; T. Inamura; K. Wakash...
Materials Science Forum/426-432/p.2333-2338, 2003-01 - Deformation behavior of melt-spun Ti-Ni- Cu shape memory alloys with various Cu-contents
宮崎 修一
Transactions of the Materials Research Society of Japan/28/p.603-606, 2003-01 - Crystallization of sputter-deposited Ti-Ni amorphous thin films
宮崎 修一
Transactions of the Materials Research Society of Japan/28/p.651-654, 2003-01 - Fabrication of Shape Memory Alloy Powder/Polymer Smart Composites
宮崎 修一
Transactions of the Materials Research Society of Japan/28/p.647-650, 2003-01 - Tensile Properties of Ti-Nb-Ge Biomedical Shape Memory Alloys
宮崎 修一
Transactions of the Materials Research Society of Japan/28/p.631-634, 2003-01 - Shape Memory Characteristics of TiNi-TiPt Pseudobinary Alloys
宮崎 修一
Transactions of the Materials Research Society of Japan/28/p.627-630, 2003-01 - Pseudoelastic Properties of Cold-Rolled TiNbAl and TiNbGa Shape Memory Alloys
宮崎 修一
Transactions of the Materials Research Society of Japan/28/p.623-626, 2003-01 - more...
- Microstructral Characteristics of Ti-Base Biomedical Shape Memory Alloys”, Ti-2003 Science and Technology, 2 (2004) 1139-1146