Institute of Engineering Division of Advanced Mechanical Systems Engineering Professor TAKAHASHI   Tohru Birth:1958 Master of Engineering,Doctor of Engineering Invited Joint Research Topics Joint Collaboration Achievements Books Publications Other achievements Patents Membership with Academic Societies Presentations at Conferences / Symposia Tel. 042-388-7079 Fax. 042-388-7012 E-Mail [ Affiliation ] Faculty of Engineering Department of Mechanical Systems Engineering Graduate School of Engineering Department of Mechanical Systems Engineering [ Education and Research Outline ] Materials Science and Engineering for Evaluation and Design of Mechanical Property of Metallic Materials to be used at Elevated Temperature Mechanical systems contain various materials, and mechanical engineers need to select and optimize the materials to obtain superior performance of the sysytems. Productibility, economy and environmental issues will be involved to such a selection. Materials Science and Engineeering are highly needed to elucidate the essential behavior of materials and to design and control the materials microstructure and performance. In this laboratory, basic understanding of mechanical behavior of materials, especially those to be used at elevated temperatures, are being persued, because it is believed to be the key to develop superb and innovative materials. [ Keyword(s) ] High Temperature Deformation, High Temperature Strength, Creep Mechanical Propertiy of Intermetallic Compounds Grain Boundary Sliding and its Grain Boundary Dislocation Modelling Shape Memory Aloys  [ Employment Record ] 2004/04- Professor, Division of Advanced Materials Science and Technology, Institute of Symbiotic Science and Technology, Tokyo University of Agriculture and Technology 2010/04- Professor, School of Engineering, Graduate School, National University Corporate Tokyo University of Agriculture and Technology  [ Education ] 1981 Graduated  Department of Metalurgy and Materials Science, Faculty of Engineering, The University of Tokyo 1983 Completed Mazzsster course, Department of Metallurgy and Materials Science, Graduate School, Division of Engineering, The University of Tokyo 1986 Completed Doctor course, Department of Metallurgy and Materials Science, Graduate School, Division of Engineering, The University of Tokyo  [ Field of specialization ] Inorganic Material/Physical Properties Strength of Metallic Materials High Temperature Strength, High-Temperature Deformation, Creep Deformation Structural and Functional Materials [ Research Keywords ] Materials Science for Mechanical Engineering, Strength of Metallic Materials, High Temperature Deformation and Strength, Creep, Shape Memory and Superelasticity Alloys  [ Research Topics ] Mechanical Properties of Intermetallic Compounds 1990/04- [KEYWORD(S):intermetallics]   Summary:Micrustructural characteriation and experimental analysis of strength and deformation in intermetallic compounds Strength and Deformation of Titanium Aluminides Alloyed with Vanadium containing ���{�� dual phase microstructure 2004-2006 [KEYWORD(S):Intermetallics, Alloying Effect, Microduplex structure, Strength, Creep]    Effect of the third element metal alloyed to NiTi-based shape memory alloys upon their transformation temperatures and mechanical properties 2005/04- [KEYWORD(S):shape memory effect, superplasticity, thermoelastic martensitic transformation, NiTi, alloying effect]   Summary:Effect of the third element alloying upon the transformation temperature and mechanical behavior of NiTi-base shape memory alloys will be experimentally investigated. High Temperature Deformation of Crystalline Solids  [KEYWORD(S):]    Materials Design for Light-weight Heat-resistant Alloys  [KEYWORD(S):]    High-Temperature Strength and Deformation in Metals and Alloys  [KEYWORD(S):]

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