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List of R&D Projects and Units
- Polymers and CFR
- Heat Resistant Alloys and Intermetallic Compound
- Development of Ceramic Matrix Composites
- Materials Integration (MI)
About Research Domains
List of R&D Projects and Units
Development of Polymers and CFRPCo-Directors of Research Domain: Takeda (UTokyo) / Iwahori (JAXA)
| No. | R&D Project | Research Unit | Unit Leader |
|---|---|---|---|
| A01 | Development of High Production Rate CFRP for Aircraft and Quality Assurance Technology | Thermoplastic Polymers and CFRTP | Masahiro Arai (Nagoya U.) Katsuyoshi Moriya (IHI) |
| A02 | Smart Manufacturing of OoA CFRP | Kenichi Yoshioka (TORAY) | |
| A03 | High Temperature CFRP and Validation | Yuichi Ishida (JAXA) Katsuyoshi Moriya (IHI) |
|
| A04 | Process Monitoring / Modeling for Quality Assurance | Nobuo Takeda (UTokyo) Yutaka Iwahori (JAXA) |
|
| A11 | Managers: Takeda (UTokyo) / Iwahori (JAXA) | High-rate Production / High Toughness CFRP | Toshio Abe (MHI) |
| A10 | Development of Carbon Fiber Reinforced Plastics Derived from Plant Biomass | Kazuaki Ninomiya (Kanazawa U.) | |
Development of Heat Resistant Alloys and Intermetallic CompoundsCo-Directors of Research Domain: Mitarai (NIMS) / Fujita (J-Forge)
| No. | R&D Project | Research Unit | Unit Leader |
|---|---|---|---|
| B21 | Process Innovation for Super Heat-resistant Metals | Development of Innovative Forging Process Technology and Construction of Material / Process Database with the Largescale and Precise Forging Simulator | Yoko Mitarai (NIMS) Yoichi Fujita (J-Forge) |
| B22 | Development of Innovative Production Technology Utilizing Laser Metal Deposition for Aero Engine Components | Kenichiroh Igashira (KHI) Yoko Mitarai (NIMS) |
|
| B23 | Development of Metal Injection Molding Process Technique for Aero Engine Components | Hideshi Miura (Kyushu U.) Hiroshi Kuroki (IHI) |
|
| B24 | Managers: Mitarai (NIMS) / Fujita (J-Forge) | Development of Basic Technology for Innovative Forging Process | Tomonori Kitashima (NIMS) |
| B26 | Development of Practical Forming Process Technology for High Strength Ni-Based Wrought Disk Alloys |
Shinya Imano (MHPS) | |
| B29 | Innovative Design and Production Technology of Novel TiAl Alloys for Jet-engine Applications | Design Principle of Microstructure and Processing for Innovative TiAl Alloys | Masao Takeyama (TIT) |
| B30 | Development of New Manufacturing Process for High Quality and Low-cost TiAl Ingot | Koichi Sakamoto (Kobe Steel) |
|
| B31 | Managers: Takeyama (TIT) / Takahashi (IHI) | Development of Innovative Manufacturing Process for TiAl Blade | Satoshi Takahashi (IHI) |
| B32 | Development of Manufacturing Technique for TiAl Turbine blade with Oriented Lamellae | Hiroyuki Yasuda (Osaka U.) | |
Development of Ceramic Matrix CompositesCo-Directors of Research Domain: Takata (JFCC) / Imanari (IHI)
| No. | R&D Project | Research Unit | Unit Leader |
|---|---|---|---|
| C41 | Structural Optimization and Reliability Improvement of Ceramic Environmental Barrier Coatings | Development of Environmental Barrier Coatings (EBC) Technology | Satoshi Kitaoka (JFCC) Hideki Kakisawa (NIMS) |
| C42 | Development of Fiber Coating Materials | Takeshi Nakamura (IHI) Ken Goto (JAXA) |
|
| C46 | Managers: Takata (JFCC) / Imanari (IHI) |
Development of Advanced Melt Infiltration for Ceramic Matrix Composites (CMC) | Yutaka Kagawa (TUT) Akira Fukushima (MHIAEL) |
| C45 | Development of Oxide Ceramic Matrix Composites | Masanori Ushida (MHIAEL) | |
Materials Integration (MI)Co-Directors of Research Domain: Koseki (UTokyo) / Enoki (UTokyo)
| Category | No. | R&D Project | Research Unit | Unit Leader |
|---|---|---|---|---|
| Metal MI | D61 | Materials Integration | Development of Microstructure Prediction System | Toshihiko Koseki (UTokyo) |
| D62 | Development of Performance Prediction System | Manabu Enoki (UTokyo) | ||
| D63 | Development of a System for Data Assimilation and Machine Learning | Junya Inoue (UTokyo) | ||
| D64 | Managers: Koseki (UTokyo) / Watanabe (NIMS) |
Development of Materials Integration System | Makoto Watanabe (NIMS) | |
| D65 | Development of Simulation Technique for Performance Assurance of Weld Joints | Akio Hirose (Osaka U.) | ||
| D67 | Fundamental Research Focusing on Interface for overcoming Unsolved issues in Structural Materials | Kaneaki Tsuzaki (Kyushu U.) | ||
| Innovative Measurement | D66 | Innovative Measurement and Analysis for Structural Materials | Masataka Ohkubo (AIST) | |
| Ceramics Coating MI | D68 | Development of Simulation for Mass Transfer at High Temperature and Time Dependent Behavior of Microstructure | Hideaki Matsubara (Tohoku U.) | |
| D69 | Development of Computational Tools to Predict Time Dependent Phenomena in Structural Materials | Tetsuo Mohri (Tohoku U.) | ||
| D73 | Establishment of Domestic Technology Base for Computational Thermodynamics for Development of Advanced Structural Materials | Kazuhisa Shobu (AIST) | ||
| Engineering Polymers MI | D70 | Development of Prediction Tools for Long-term Properties of High Performance Engineering Plastics | Takashi Kuriyama (Yamagata U.) | |
| D71 | Development of Practical Optimal Design and Comprehensive Evaluation Support Tool for Advanced Structural Polymer Materials | Shin-etsu Fujimoto (Nippon Steel & Sumikin Chemical) | ||
| D72 | Mathematical Approach Toward Materials Integration and its Applications | Yasumasa Nishiura (Tohoku U.) | ||
| D74 | Performance Prediction for Polymers by Nonlinear Analysis | Kazuyuki Shizawa (Keio U.) | ||
| D75 | Atomic / Molecular-level Approaches for Designing Novel Polymeric Materials | Takefumi Yamashita (UTokyo) | ||