SEEDS

Development of Innovative Steel Materials through the Integration of Cyberspace and Physical Space

Researcher

ADACHI YoshitakaSUN FeiCHEN Ta-Te

Keyword

ICMEDeep LearningCyberImage RecognitionCellular AutomatonCrystal Plasticity Finite Element MethodDigital Image Correlation MethodInnovative Steel MaterialsPersistent HomologyForward and Inverse AnalysisPhysical SpaceHigh-Resolution Electron MicroscopyThree-Dimensional AnalysisDual Indenter MethodStress DistributionGenerative Adversarial NetworkMaterials Image Engineering

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Research Overview

To contribute to a green society by further enhancing the properties of steel materials used in social infrastructure, we are conducting research on Integrated Computational Materials Design (ICME) that combines advanced experiments, microstructure–property simulations, and artificial intelligence.

Related Seeds

• Establishment of Computational Materials Design Engineering Based on the Phase-Field Method
• Innovative Manufacturing through the Integration of Solidification and Plastic Deformation