Researchers

ABE Taichi	Phase Stability Analysis Based on the CALHPAD Method for Structural Materials
CALPHAD method; computational thermodynamics; phase diagrams
Thermodynamics modeling Group, Computational Materials Science Unit ABE.Taichi@nims.go.jp

ABE Taichi

Phase Stability Analysis Based on the CALHPAD Method for Structural Materials

CALPHAD method; computational thermodynamics; phase diagrams

Thermodynamics modeling Group, Computational Materials Science Unit

ABE.Taichi@nims.go.jp

AKIYAMA Eiji	Clarification of Hydrogen Embrittlement of High Strength Steels
high strength steel; corrosion; hydrogen embrittlement; delayed fracture
Environmental Durability Group, Materials Reliability Unit AKIYAMA.Eiji@nims.go.jp

AKIYAMA Eiji

Clarification of Hydrogen Embrittlement of High Strength Steels

high strength steel; corrosion; hydrogen embrittlement; delayed fracture

Environmental Durability Group, Materials Reliability Unit

AKIYAMA.Eiji@nims.go.jp

DEMURA Msahiko	Heat-resistant Foils of Intermetallic Compounds
intermetallics; texture & microstructure; heat-resistant foils
Alloy Catalyst Materials Group, Hydrogen Materials Unit DEMURA.Masahiko@nims.go.jp

DEMURA Msahiko

Heat-resistant Foils of Intermetallic Compounds

intermetallics; texture & microstructure; heat-resistant foils

Alloy Catalyst Materials Group, Hydrogen Materials Unit

DEMURA.Masahiko@nims.go.jp

EMURA Satoshi	Development of New Type Titanium Alloys through Compositional and Microstructural Control
Ti alloy; compositional control; microstructural control
Microstructure Design Group, Structural Materials Unit EMURA.Satoshi@nims.go.jp

EMURA Satoshi

Development of New Type Titanium Alloys through Compositional and Microstructural Control

Ti alloy; compositional control; microstructural control

Microstructure Design Group, Structural Materials Unit

EMURA.Satoshi@nims.go.jp

FURUYA Yoshiyuki	Gigacycle Fatigue of Structural Materials
gigacycle fatigue; ultrasonic fatigue testing; fish-eye fracture
Fatigue Research Group, Materials Reliability Unit FURUYA.Yoshiyuki@nims.go.jp

FURUYA Yoshiyuki

Gigacycle Fatigue of Structural Materials

gigacycle fatigue; ultrasonic fatigue testing; fish-eye fracture

Fatigue Research Group, Materials Reliability Unit

FURUYA.Yoshiyuki@nims.go.jp

GUO Shuqi	Fiber-Reinforced Ceramic Matrix Hybrid Composites with High Damage Tolerance
ceramic matrix composites; mechanical behavior; sintering and infiltration
Composite Materials G, Hybrid Materials Unit GUO.Shuqi@nims.go.jp

GUO Shuqi

Fiber-Reinforced Ceramic Matrix Hybrid Composites with High Damage Tolerance

ceramic matrix composites; mechanical behavior; sintering and infiltration

Composite Materials G, Hybrid Materials Unit

GUO.Shuqi@nims.go.jp

HARA Toru	Microstructure Evaluation of Structural Materials Using Analytical Electron Microscopy
TEM; compositional analysis; EDS
Electron Microscopy Group,Surface Physics and Structure Unit HARA.Toru@nims.go.jp

HARA Toru

Microstructure Evaluation of Structural Materials Using Analytical Electron Microscopy

TEM; compositional analysis; EDS

Electron Microscopy Group,Surface Physics and Structure Unit

HARA.Toru@nims.go.jp

HAYAKAWA Masao	Characterization of High-Temperature Fatigue Properties for Advanced Heat-Resisting Materials
heat-resisting superalloy; high-temperature fatigue; high-temperature machine component
Materials Fatigue Group, Materials Reliability Unit HAYAKAWA.Masao@nims.go.jp

HAYAKAWA Masao

Characterization of High-Temperature Fatigue Properties for Advanced Heat-Resisting Materials

heat-resisting superalloy; high-temperature fatigue; high-temperature machine component

Materials Fatigue Group, Materials Reliability Unit

HAYAKAWA.Masao@nims.go.jp

HIROMOTO Sachiko	Development of Anti-corrosion Coating for Bioabsorbable Magnesium Alloys
environmentally-friendly protective coating; hydrothermal/electrochemical treatment; structural/functional materials
Smart Biomaterials Group, Biomaterials Unit HIROMOTO.Sachiko@nims.go.jp

HIROMOTO Sachiko

Development of Anti-corrosion Coating for Bioabsorbable Magnesium Alloys

environmentally-friendly protective coating; hydrothermal/electrochemical treatment; structural/functional materials

Smart Biomaterials Group, Biomaterials Unit

HIROMOTO.Sachiko@nims.go.jp

HONDA Hiroshi	Fine Laser Processing
laser; microfabrication
Innovative Tribomaterials Group, High Temperature Materials　Unit HONDA.Hiroshi@nims.go.jp

HONDA Hiroshi

Fine Laser Processing

laser; microfabrication

Innovative Tribomaterials Group, High Temperature Materials　Unit

HONDA.Hiroshi@nims.go.jp

II Seiichiro	Development of Toughness Crystalline Materials by Grain Boundary and Interface Controlling
grain and interphase boundary; TEM; toughness
Microstructure Design Group, Structural Materials Unit II.Seiichiro@nims.go.jp

II Seiichiro

Development of Toughness Crystalline Materials by Grain Boundary and Interface Controlling

grain and interphase boundary; TEM; toughness

Microstructure Design Group, Structural Materials Unit

II.Seiichiro@nims.go.jp

INOUE Tadanobu	Development of Bulk Ultrafine-Grained Materials Based on Creation of Shape and Properties
high-strength materials; numerical simulation; microstructural design
Toughness Desigin Group, Structural Materials Unit INOUE.Tadanobu@nims.go.jp

INOUE Tadanobu

Development of Bulk Ultrafine-Grained Materials Based on Creation of Shape and Properties

high-strength materials; numerical simulation; microstructural design

Toughness Desigin Group, Structural Materials Unit

INOUE.Tadanobu@nims.go.jp

KATAYAMA Hideki	Development of New Galvanized Steels
Al-Mg-Si alloy plating; electrochemical method; sacrificial anodic effect
Corrosion Analysis Group, Materials Reliability Unit KATAYAMA.Hidekiki@nims.go.jp

KATAYAMA Hideki

Development of New Galvanized Steels

Al-Mg-Si alloy plating; electrochemical method; sacrificial anodic effect

Corrosion Analysis Group, Materials Reliability Unit

KATAYAMA.Hidekiki@nims.go.jp

KAWAGISHI Kyoko	Development of EQ Coating System for Gas Turbine Blades
Ni-base superalloy; coating; gas turbine
High-Performance Alloys Group, High Temperature Materials Unit KAWAGISHI.Kyoko@nims.go.jp

KAWAGISHI Kyoko

Development of EQ Coating System for Gas Turbine Blades

Ni-base superalloy; coating; gas turbine

High-Performance Alloys Group, High Temperature Materials Unit

KAWAGISHI.Kyoko@nims.go.jp

KAWAKITA Jin	Corrosion Protection to Unilize Solar Power
titanium oxide; photo-electrochemistry; corrosion protection
Semiconductor Device Materials Group, Nano-Electronic Materials Unit KAWAKITA.Jin@nims.go.jp

KAWAKITA Jin

Corrosion Protection to Unilize Solar Power

titanium oxide; photo-electrochemistry; corrosion protection

Semiconductor Device Materials Group, Nano-Electronic Materials Unit

KAWAKITA.Jin@nims.go.jp

KIMURA Yuuji	Strengthening and Toughening of Low-Alloy Steels
steel; ultra grain refining; mechanical property
Toughness Desigin Group, Structural Materials Unit KIMURA.Yuuji@nims.go.jp

KIMURA Yuuji

Strengthening and Toughening of Low-Alloy Steels

steel; ultra grain refining; mechanical property

Toughness Desigin Group, Structural Materials Unit

KIMURA.Yuuji@nims.go.jp

KITASHIMA Tomonori	Development of a Theoretical Design Method for Ni-base Superalloys
superalloys; microstructure; mechanical strength
Structure Materials Group , High Temperature Materials Unit KITASHIMA.Tomonori@nims.go.jp

KITASHIMA Tomonori

Development of a Theoretical Design Method for Ni-base Superalloys

superalloys; microstructure; mechanical strength

Structure Materials Group , High Temperature Materials Unit

KITASHIMA.Tomonori@nims.go.jp

MITARAI Yoko	Development of High Temperature Shape Memory Alloys
high temperature shape memory alloys; platinum group metals; gas turbine
Functional Structure Materials Group , High Temperature Materials Unit MITARAI.Yoko@nims.go.jp

MITARAI Yoko

Development of High Temperature Shape Memory Alloys

high temperature shape memory alloys; platinum group metals; gas turbine

Functional Structure Materials Group , High Temperature Materials Unit

MITARAI.Yoko@nims.go.jp

MORITA Koji	Fabrication of High- and Multi-Functional Nano-Crystalline Oxide Ceramics
structural ceramics; microstructure controlling; transparency
Advanced Ceramicｓ Group, Materials Processing Unit MORITA.Koji@nims.go.jp

MORITA Koji

Fabrication of High- and Multi-Functional Nano-Crystalline Oxide Ceramics

structural ceramics; microstructure controlling; transparency

Advanced Ceramicｓ Group, Materials Processing Unit

MORITA.Koji@nims.go.jp

MURAKAMI Hideyuki	Design and Development of Oxidation Resistant Coatings
high temperature materials; microstructural analysis; coating
Surface Kinetics Group, High Temperature Materials Unit MURAKAMI.Hideyuki@nims.go.jp

MURAKAMI Hideyuki

Design and Development of Oxidation Resistant Coatings

high temperature materials; microstructural analysis; coating

Surface Kinetics Group, High Temperature Materials Unit

MURAKAMI.Hideyuki@nims.go.jp

MURASE Yoshiharu	In-Situ Testing Method for Nuclear Materials under Combined Irradiation Condition Healing Surface Defects of Carbon Fibers
nuclear materials; in-situ irradiation tests; irradiation assisted stress corrosion cracking
Environmental Durability Group, Materials Reliability Unit MURASE.Yoshiharu@nims.go.jp

MURASE Yoshiharu

In-Situ Testing Method for Nuclear Materials under Combined Irradiation Condition Healing Surface Defects of Carbon Fibers

nuclear materials; in-situ irradiation tests; irradiation assisted stress corrosion cracking

Environmental Durability Group, Materials Reliability Unit

MURASE.Yoshiharu@nims.go.jp

NAITO Kimiyoshi	The Development of the Nano-Micron Hierarchy Carbon Fiber Reinforced Polymer-Based Hybrid Composites
fiber reinforced polymer based composites; hybrid; mechanical properties
Composite Materials Group, Hybrid Materials Unit NAITO.Kimiyoshi@nims.go.jp

NAITO Kimiyoshi

The Development of the Nano-Micron Hierarchy Carbon Fiber Reinforced Polymer-Based Hybrid Composites

fiber reinforced polymer based composites; hybrid; mechanical properties

Composite Materials Group, Hybrid Materials Unit

NAITO.Kimiyoshi@nims.go.jp

NISHIMURA Toshiyuki	Non-oxide Ceramics for Structural Use
non-oxide ceramics; sintering; microstructural control
Sialon Group, Sialon Unit NISHIMURA.Toshiyuki.@nims.go.jp

NISHIMURA Toshiyuki

Non-oxide Ceramics for Structural Use

non-oxide ceramics; sintering; microstructural control

Sialon Group, Sialon Unit

NISHIMURA.Toshiyuki.@nims.go.jp

ODE Machiko	Prediction of Microstructure Using Phase-Field Model
heat-resistant material; microstructure simulation; phase-field model
Thermodynamic Modeling Group, Computational Materials Science Unit ODE.Machiko@nims.go.jp

ODE Machiko

Prediction of Microstructure Using Phase-Field Model

heat-resistant material; microstructure simulation; phase-field model

Thermodynamic Modeling Group, Computational Materials Science Unit

ODE.Machiko@nims.go.jp

OHMURA Takahito	Analysis on Strengthening Mechanisms through Evaluation of Local Deformation Behavior
mechanical properties; dislocation; nanoindentation technique
Strength Design Group, Structural Materials Unit OHMURA.Takahito@nims.go.jp

OHMURA Takahito

Analysis on Strengthening Mechanisms through Evaluation of Local Deformation Behavior

mechanical properties; dislocation; nanoindentation technique

Strength Design Group, Structural Materials Unit

OHMURA.Takahito@nims.go.jp

ONO Yoshinori	Deformation and Fracture of Structural Materials at Low Temperature
fracture; deformation; cryogenic temperature
Extreme Environment Materials Group, Materials Reliability Unit ONO.Yoshinori@nims.go.jp

ONO Yoshinori

Deformation and Fracture of Structural Materials at Low Temperature

fracture; deformation; cryogenic temperature

Extreme Environment Materials Group, Materials Reliability Unit

ONO.Yoshinori@nims.go.jp

QIU Hai	Evaluation of Fracture Behavior of Steels
fracture; welding; fracture toughness
Toughness Desigin Group, Structural Materials Unit QIU.Hai@nims.go.jp

QIU Hai

Evaluation of Fracture Behavior of Steels

fracture; welding; fracture toughness

Toughness Desigin Group, Structural Materials Unit

QIU.Hai@nims.go.jp

SAWADA Kota	Long-Term Degradation Mechanism of High Cr Heat-Resistant Steel Welded Joint
heat resistant steel; creep degradation; microstructural change
Extreme Environment Materials Group, Materials Reliability Unit SAWADA.Kota@nims.go.jp

SAWADA Kota

Long-Term Degradation Mechanism of High Cr Heat-Resistant Steel Welded Joint

heat resistant steel; creep degradation; microstructural change

Extreme Environment Materials Group, Materials Reliability Unit

SAWADA.Kota@nims.go.jp

SAWAGUCHI Takahiro	Development of Functional Steels Based on Microscopic Study on Martensite and Twin
high-Mn austenitic steel; microscopy; anti-seismic damping
Microstructure Design Group, Structural Materials Unit SAWAGUCHI.Takahiro@nims.go.jp

SAWAGUCHI Takahiro

Development of Functional Steels Based on Microscopic Study on Martensite and Twin

high-Mn austenitic steel; microscopy; anti-seismic damping

Microstructure Design Group, Structural Materials Unit

SAWAGUCHI.Takahiro@nims.go.jp

SEKIDO Nobuaki	Development of Ultra-High Temperature Materials Beyond the Existing Heat Resistant Alloys
platinum group metals; high temperature structural materials; transmission electron microscopy
Strength Design Group, Structural Materials Unit SEKIDO.Nobuaki@nims.go.jp

SEKIDO Nobuaki

Development of Ultra-High Temperature Materials Beyond the Existing Heat Resistant Alloys

platinum group metals; high temperature structural materials; transmission electron microscopy

Strength Design Group, Structural Materials Unit

SEKIDO.Nobuaki@nims.go.jp

SOMEKAWA Hidetoshi	Development of High-Performance Magnesium Alloy by Microstructural Controls
fracture; magnesium; microstructural control
Toughness Desigin Group, Structural Materials Unit SOMEKAWA.Hidetoshi@nims.go.jp

SOMEKAWA Hidetoshi

Development of High-Performance Magnesium Alloy by Microstructural Controls

fracture; magnesium; microstructural control

Toughness Desigin Group, Structural Materials Unit

SOMEKAWA.Hidetoshi@nims.go.jp

SUZUKI Hiroshi	Advanced Characterization of Mechanics for Maicro-Nano Materials
nanowire; laser fixing of micro-nano materials; micro-nano materials tension testing system
Innovative Tribomaterials Group, High Temperature Materials Unit SUZUKI.Hiroshi@nims.go.jp

SUZUKI Hiroshi

Advanced Characterization of Mechanics for Maicro-Nano Materials

nanowire; laser fixing of micro-nano materials; micro-nano materials tension testing system

Innovative Tribomaterials Group, High Temperature Materials Unit

SUZUKI.Hiroshi@nims.go.jp

TODA Yoshiaki	Prediction of Microstructural Changes in Heat-Resistant Steels
heat resistant steel; creep strength; system free energy method
Functional Structure Materials Group , High Temperature Materials Unit TODA.Yoshiaki@nims.go.jp

TODA Yoshiaki

Prediction of Microstructural Changes in Heat-Resistant Steels

heat resistant steel; creep strength; system free energy method

Functional Structure Materials Group , High Temperature Materials Unit

TODA.Yoshiaki@nims.go.jp

WATANABE Makoto	Nondestructive Evaluation of Thermal Barrier Coatings by Terahertz Wave Technology
terahertz wave; coatings; nondestructive evaluation
Coating Materials Group, High Temperature Materials Unit WATANABE.Makoto@nims.go.jp

WATANABE Makoto

Nondestructive Evaluation of Thermal Barrier Coatings by Terahertz Wave Technology

terahertz wave; coatings; nondestructive evaluation

Coating Materials Group, High Temperature Materials Unit

WATANABE.Makoto@nims.go.jp

YAMAMOTO Akiko	Biocompatibility Evaluation of Metallic Materials for Biomedical Application
biomaterials; biocompatibility evaluation; in vitro test
Biometals Group, Biomaterials Unit YAMAMOTO.Akikoi@nims.go.jp

YAMAMOTO Akiko

Biocompatibility Evaluation of Metallic Materials for Biomedical Application

biomaterials; biocompatibility evaluation; in vitro test

Biometals Group, Biomaterials Unit

YAMAMOTO.Akikoi@nims.go.jp

YOSHIDA Hidehiro	Designing of Grain Boundary Nano-structures in Structural Oxide Ceramics
structural ceramics; grain boundary; high-temperature matter transport phenomena
Advanced Ceramicｓ Group, Materials Processing Unit YOSHIDA.Hidehiro@nims.go.jp

YOSHIDA Hidehiro

Designing of Grain Boundary Nano-structures in Structural Oxide Ceramics

structural ceramics; grain boundary; high-temperature matter transport phenomena

Advanced Ceramicｓ Group, Materials Processing Unit

YOSHIDA.Hidehiro@nims.go.jp

Researchers: