Research｜Chiba Laboratory｜Deformation Processing, Institute for Materials Research, Tohoku University
Research
Research topics
Biomedical Co–Cr alloys
| Wear characterization of biomedical Co–Cr−Mo alloys by a hip simulator |
| Plastic deformation analysis of biomedical Co–Cr-based alloys |
| Hot deformation behavior and dynamic recrystallization of biomedical Co–Cr-based alloys |
| Phase transformation in biomedical Co–Cr-based alloys |
| Development of novel Co–Cr-based alloys for stents, spinal fixation, and dental restorations |
Ni- and Co-based superalloys
| Improvement in high temperature strength and ductility of Inconel 713C/718 |
| Development of Co-based alloys for tooling materials |
| Alloy design of Co–Ni-based superalloys for heat resistant springs |
Titanium alloys
| Microstructural control of α' martensite type titanium alloys: "α' processing" |
| Superplastic deformation of high strength titanium alloys |
| Plastic deformation analysis of structural titanium alloys |
| Hot deformation behavior and grain refinement of industrial titanium alloys |
Others
| Development of high strength copper alloys with excellent electrical properties |
| Hot deformation behavior of Fe–Co–Cr-based semi-hard magnetic alloys |
| Damping properties of high strength Mg alloys |
| Microstructural evolution and interfacial segregation in MoSi2-based alloy |
Intelligent (smart) forging process
| Optimization of hot forging process of biomedical Co–Cr alloys using processing map |
| Development of processing map for carbon steels |
Additive manufacturing using electron beam melting (EBM)
| Biomedical Co–Cr and titanium alloys |
| Heat resistant TiAl-based alloys |
| Fe- and Al-based alloys |
| Refractory metal-based alloys (Nb, W) |