Institute of Nuclear TechnologyWorking to further enhance the safety
and reliability of nuclear power

Working to further enhance the safety and reliability of nuclear power

Institute of Nuclear Technology

Masayuki Kamaya

Institute of Nuclear TechnologyNuclear Power Plant Aging Research CenterThermal Hydraulics and Mechanics GroupLeader

Research Articles

201926066077 An axial crack growth prediction procedure initiated at butt welded joint (Growth prediction for surface crack deeper than semi-circular and that retarded at weld fusion line)
201825051062 Optimization of inspection interval by applying performance based maintenance concept(Assessment of change in failure probability by probabilistic fracture mechanics)
201724074080 Crack Growth Prediction for Low-Cycle Fatigue Regime
201623030043 Load carrying capacity assessment of cracked components by elastic-plastic fi nite element analysis (Investigation of load carrying capacity assessment procedures for stainless steel plates and pipes)
201522055070 Structural integrity of stainless steel components exposed to neutron irradiation (Change in failure strength of cracked components due to cold working)
201421170184 Procedures for obtaining stress-strain curve including post-necking strain (Applicability of testing method(IFD method)and estimation method(K-fi t method) for stainless steels)
201320191203 Influence of Mean stress on Fatigue Strength of Stainless Steel
201320157170 Damage Assessment of Low-cycle Fatigue by Crack Growth Prediction (Fatigue Life under Cyclic Thermal Stress)
201219166182 Damage Assessment of Low-cycle Fatigue by Crack Growth Prediction (Development of Growth Prediction Model and its Application)
201118181197 Damage Measurement of Structural Material by Electron Backscatter Diffraction (Quantification of measurement quality toward standardization of measurement procedure)
201017159171 Damage due to Low-cycle Fatigue of Type 316 Stainless Steel ―Fatigue Life under Variable Loading and Influence of Internal Cracks―
200916179188 Effect of Plastic Strain on Fracture Strength of Cracked Components
200815204216 Mechanism and Influence of Evolution of Crack Network under Thermal Fatigue Loading
200714253265 Measurement of Crystal Misorientation Distribution by Electron Backscatter Diffraction
200613128136 Evaluation of Local Stress at Grain Boundaries by Three-Dimensional Polycrystalline Model
200512222229 Observation and Prediction of "Initiation Dominant Growth" due to Stress Corrosion Cracking in Type 304 Stainless Steel in High Temperature Water
200411161172 Measurement of Plastic Strain of Polycrystalline Material by Electron Backscatter Diffraction
200310175185 A Simulation on Growth of Multiple Small Cracks under Stress Corrosion
200209136143 Effect of Elastic Anisotropy of Crystal Grain on Stress Intensity Factor
200108100110 Initiation and Propagation of Multiple Cracks of Stainless Steel in High Temperature Water Environment
200007137144 Development of Crack Propagation Simulation Model Considering the Interaction of Multiple Cracks