takahito ohmura (leader) yoshitaka adachi, eiji akiyama ... · the development of the nano-micron...
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Create the Future ofStructural Materials
Introduction of NIMS Young Scientists for Structural Materials
National Institute for Materials Science
National Institute for Materials ScienceInternational Cluster for Structural Materials (iSM)
1-2-1 Sengen, Tsukuba, Ibaraki 305-0047, Japan TEL: +81-29-859-2114 FAX: +81-29-859-2101
http://www.nims.go.jp/NIMS-iSM/
NIMS-iSM
Members:Takahito Ohmura (Leader)Yoshitaka Adachi, Eiji Akiyama, Kota Sawada, Yoshiyuki Furuya,Seiichiro Ii, Kimiyoshi Naito,Toshiyuki Nishimura, Takahiro Sawaguchi,Hideyuki Murakami, Nobuaki Sekido,Yoshinori Ono, Yoshiaki Toda, Hai Qiu, Kaita Ito
What’s iSM?NIMS has several clusters that consists of researchers in multiple units in order to promote research fields to be important before long. NIMS-iSM is a one of the clusters related to variety of structural materials such as steels, light metals, engineering ceramics, intermetallic compounds, polymer composite and so on. Missions of the cluster is as follows.
Strengthen collaboration among the scientists for variety of structural materials to enhance the ability of 1. research works in NIMSEstablish an international alliance in the field of structural materials through coordination by NIMS as a hub 2. institutionFocus on fundamental research to breakaway from empirical rules and formulate an universalized 3. methodology
Kaneaki TsuzakiManaging Director of Structural Metals CenterE-mail: tsuzaki.kaneaki@nims.go.jp
Mentors for iSM
Kotobu NagaiCordinating Director of Materials Research for Environment and Energy FieldE-mail: nagai.kotobu@nims.go.jp
Kazuhiro KimuraStation Leader of Materials Data Sheet StationE-mail: kimura.kazuhiro@nims.go.jp
Create the Future of Structural Materials
1 National Institute for Materials Science
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Introduction of NIMS Young Scientists for Structural Materials
NIMS 2
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Fiber-Reinforced Ceramic Matrix Hybrid Composites with High Damage Tolerance
ceramic matrix composites; mechanical behavior; sintering and infiltration
GUO ShuqiComposite Materials Group, Hybrid Materials CenterGUO.Shuqi@nims.go.jp
Microstructure Evaluation of Structural Materials Using Analytical Electron Microscopy
TEM; compositional analysis; EDS
HARA ToruAdvanced Surface Chemical Analysis Group, Advanced Nano Characterization Center HARA.Toru@nims.go.jp
Characterization of High-Temperature Fatigue Properties for Advanced Heat-Resisting Materials
heat-resisting superalloy; high-temperature fatigue; high-temperature machine component
HAYAKAWA MasaoFatigue Group, Materials Reliability CenterHAYAKAWA.Masao@nims.go.jp
Development of Anti-corrosion Coating for Bioabsorbable Magnesium Alloys
environmentally-friendly protective coating; hydrothermal/electrochemical treatment; structural/functional materials
HIROMOTO SachikoMetallic Biomaterial Group, Biomaterials CenterHIROMOTO.Sachiko@nims.go.jp
Fine Laser Processing
laser; microfabrication
HONDA HiroshiWelding Metallurgy Group, Structural Metals CenterHONDA.Hiroshi@nims.go.jp
Development of Toughness Crystalline Materials by Grain Boundary and Interface Controlling
grain and interphase boundary; TEM; toughness
II SeiichiroStructural Functions Research Group, Hybrid Materials CenterII.Seiichiro@nims.go.jp
INOUE TadanobuIntense Research Group, Exploratory Materials Research Laboratory for Reliability and SafetyINOUE.Tadanobu@nims.go.jp
high-strength materials; numerical simulation; microstructural design
Development of Bulk Ultrafine-Grained Materials Based on Creation of Shape and Properties
Phase Stability Analysis Based on the CALHPAD Method for Structural Materials
CALPHAD method; computational thermodynamics; phase diagrams
ABE TaichiParticle Simulation and Thermodynamics Group, Computational Materials Science CenterABE.Taichi@nims.go.jp
Scale-Bridging 3D4D Characterization for Microstructural Reli-ability
scale-bridging 3D/4D characterization; elastic/plastic strain mapping; topology-based steel science
ADACHI YoshitakaBasic Research Group, Exploratory Materials Research Laboratory for Reliability and SafetyADACHI.Yoshitaka@nims.go.jp
Clarification of Hydrogen Embrittlement of High Strength Steels
high strength steel; corrosion; hydrogen embrittlement; delayed fracture
AKIYAMA EijiPhysical Metallurgy Group, Structural Metals CenterAKIYAMA.Eiji@nims.go.jp
Heat-resistant Foils of Intermetallic Compounds
intermetallics; texture & microstructure; heat-resistant foils
DEMURA MsahikoIntermetallic Catalysts Group, Fuel Cell Materials CenterDEMURA.Masahiko@nims.go.jp
Development of New Type Titanium Alloys through Compositional and Microstructural Control
Ti alloy; compositional control; microstructural control
EMURA SatoshiStructural Functions Research Group, Hybrid Materials CenterEMURA.Satoshi@nims.go.jp
Ultrafine Grain Processing of β-Titanium Alloys by High-Pressure Torsion
beta-Ti alloys; high-pressure torsion; nanocrystalline structure
FARJAMI SusanStructural Functions Research Group, Hybrid Materials CenterFARJAMI.Susan@nims.go.jp
Gigacycle Fatigue of Structural Materials
gigacycle fatigue; ultrasonic fatigue testing; fish-eye fracture
FURUYA YoshiyukiFatigue Group, Materials Reliability Center FURUYA.Yoshiyuki@nims.go.jp
Create the Future of Structural Materials
3 National Institute for Materials Science
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Introduction of NIMS Young Scientists for Structural Materials
NIMS 4
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Process Monitoring by Non-Destructive Evaluation Methods
non-destructive evaluation; acoustic emission method; fracture mechanics
ITO KaitaNon-destructive Evaluation Group, Exploratory Materials Research Laboratory for Reliability and SafetyITO.Kaita@nims.go.jp
Structural Composite Inspired by Toughening Mechanism in Organisms
composites; biomimetics; toughening
KAKISAWA HidekiComposite Materials Group, Hybrid Materials CenterKAKISAWA.Hideki@nims.go.jp
Development of New Galvanized Steels
Al-Mg-Si alloy plating; electrochemical method; sacrificial anodic effect
KATAYAMA HidekiIntense Research Group, Exploratory Materials Research Laboratory for Reliability and SafetyKATAYAMA.Hidekiki@nims.go.jp
Development of EQ Coating System for Gas Turbine Blades
Ni-base superalloy; coating; gas turbine
KAWAGISHI KyokoHigh Temperature Materials Group, High Temperature Materials CenterKAWAGISHI.Kyoko@nims.go.jp
Corrosion Protection to Unilize Solar Power
titanium oxide; photo-electrochemistry; corrosion protection
KAWAKITA JinAdvanced Photovoltaics CenterKAWAKITA.Jin@nims.go.jp
Strengthening and Toughening of Low-Alloy Steels
steel; ultra grain refining; mechanical property
KIMURA YuujiPhysical Metallurgy Group, Structural Metals CenterKIMURA.Yuuji@nims.go.jp
KITASHIMA TomonoriHigh Temperature Materials Group, High Temperature Materials CenterKITASHIMA.Tomonori@nims.go.jp
Development of a Theoretical Design Method for Ni-base Superalloys
superalloys; microstructure; mechanical strength
NISHIMURA ToshiyukiNon-oxide Ceramics Group, Nano Ceramics CenterNISHIMURA.Toshiyuki.@nims.go.jp
non-oxide ceramics; sintering; microstructural control
Non-oxide Ceramics for Structural Use
NAITO KimiyoshiComposite Materials Group, Hybrid Materials CenterNAITO.Kimiyoshi@nims.go.jp
fiber reinforced polymer based composites; hybrid; mechanical properties
The Development of the Nano-Micron Hierarchy Carbon Fiber Reinforced Polymer-Based Hybrid Composites
NAGANUMA TamakiComposite Materials Group, Hybrid Materials CenterNAGANUMA.Tamaki@nims.go.jp
polymer composites; coating; vapor deposition polymerization
Healing Surface Defects of Carbon Fibers
MURASE YoshiharuLattice-atomistic Research Group, Exploratory Materials Research Laboratory for Energy and EnvironmentMURASE.Yoshiharu@nims.go.jp
nuclear materials; in-situ irradiation tests; irradiation assisted stress corrosion cracking
In-Situ Testing Method for Nuclear Materials under Combined Irradiation Condition
MURAKAMI HideyukiCoating Materials Group, Hybrid Materials CenterMURAKAMI.Hideyuki@nims.go.jp
high temperature materials; microstructural analysis; coating
Design and Development of Oxidation Resistant Coatings
MORITA KojiFine-grained Refractory Materials Group, Nano Ceramics CenterMORITA.Koji@nims.go.jp
structural ceramics; microstructure controlling; transparency
Fabrication of High- and Multi-Functional Nano-Crystalline Oxide Ceramics
MITARAI YokoPlatinum-group Metals Group, Exploratory Materials Research Laboratory for Energy and EnvironmentMITARAI.Yoko@nims.go.jp
high temperature shape memory alloys; platinum group metals; gas turbine
Development of High Temperature Shape Memory Alloys
Create the Future of Structural Materials
5 National Institute for Materials Science
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Development of High-Performance Magnesium Alloy by Microstructural Controls
fracture; magnesium; microstructural control
SOMEKAWA HidetoshiLightweight Alloys Group, Structural Metals CenterSOMEKAWA.Hidetoshi@nims.go.jp
Advanced Characterization of Mechanics for Maicro-Nano Materials
nanowire; laser fixing of micro-nano materials; micro-nano materials tension testing system
SUZUKI HiroshiMicro-nano Materials Engineering Group, Materials Reliability CenterSUZUKI.Hiroshi@nims.go.jp
Prediction of Microstructural Changes in Heat-Resistant Steels
heat resistant steel; creep strength; system free energy method
TODA YoshiakiHeat Resistant Design Group, Structural Metals CenterTODA.Yoshiaki@nims.go.jp
Nondestructive Evaluation of Thermal Barrier Coatings by Terahertz Wave Technology
terahertz wave; coatings; nondestructive evaluation
WATANABE MakotoCoating Materials Group, Hybrid Materials CenterWATANABE.Makoto@nims.go.jp
Biocompatibility Evaluation of Metallic Materials for Biomedical Application
biomaterials; biocompatibility evaluation; in vitro test
YAMAMOTO AkikoMetallic Biomaterial Group, Biomaterials CenterYAMAMOTO.Akikoi@nims.go.jp
Multiscale Microstructure Analysis for Structural Materials
steel and titanium alloys; XRD; EBSD; internal friction; mechanical structures; functional devices
YIN FuxingProgressive Materials Research Group, Exploratory Materials Research Laboratory for Reliability and Safety YIN.Fuxing@nims.go.jp
Designing of Grain Boundary Nano-structures in Structural Oxide Ceramics
structural ceramics; grain boundary; high-temperature matter transport phenomena
YOSHIDA HidehiroFine-grained Refractory Materials Group, Nano Ceramics CenterYOSHIDA.Hidehiro@nims.go.jp
SEKIDO NobuakiPlatinum-group Metals Group, Exploratory Materials Research Laboratory for Energy and EnvironmentSEKIDO.Nobuaki@nims.go.jp
platinum group metals; high temperature structural materials; transmission electron microscopy
Development of Ultra-High Temperature Materials Beyond the Existing Heat Resistant Alloys
SAWAGUCHI TakahiroProgressive Materials Research Group, Exploratory Materials Research Laboratory for Reliability and SafetySAWAGUCHI.Takahiro@nims.go.jp
high-Mn austenitic steel; microscopy; anti-seismic damping
Development of Functional Steels Based on Microscopic Study on Martensite and Twin
SAWADA KotaCreep Resistant Materials Group, Materials Reliability CenterSAWADA.Kota@nims.go.jp
heat resistant steel; creep degradation; microstructural change
Long-Term Degradation Mechanism of High Cr Heat-Resistant Steel Welded Joint
QIU HaiMaterials Creation and Reliability Group, Materials Reliability CenterQIU.Hai@nims.go.jp
fracture; welding; fracture toughness
Evaluation of Fracture Behavior of Steels
ONO YoshinoriSpecial Environment Group, Materials Reliability Center ONO.Yoshinori@nims.go.jp
fracture; deformation; cryogenic temperature
Deformation and Fracture of Structural Materials at Low Temperature
OHMURA TakahitoPhysical Metallurgy Group, Structural Metals CenterOHMURA.Takahito@nims.go.jp
mechanical properties; dislocation; nanoindentation technique
Analysis on Strengthening Mechanisms through Evaluation of Local Deformation Behavior
ODE MachikoParticle Simulation and Thermodynamics Group, Computational Materials Science CenterODE.Machiko@nims.go.jp
heat-resistant material; microstructure simulation; phase-field model
Prediction of Microstructure Using Phase-Field Model
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