Intelligent Damage Identification for Metal AM Structures via Ultrasonic-Thermographic Physical Field Fusion
한국연구재단연구운영비지원(R&D) · (국제) 한-중(NSFC) 협력사업 (협력연구)
2026년
2710114980
과학기술정보통신부
한국연구재단
한국과학기술원
손훈
12명
2026.10.01 ~ 2027.09.30
2026.10.01 ~ 2028.09.30
1,500만원
1,500만원
기초연구
대학
대전광역시 유성구
기계 > 측정표준/시험평가기술 > 신뢰성/비파괴평가
Metal additive manufacturing (AM) enables the fabrication of complex, lightweight geometries while reducing supply-chain lead times in aerospace, defense, and energy sectors. However, AM components in...
Through a unified pipeline combining standardized multimodal data acquisition, multiphysics modeling, and artificial intelligence, the project aims to (1) establish reproducible ultrasonic-thermograph...
1. Standardized ultrasonic-thermographic multimodal dataset and inspection protocols- Establishment of reproducible synchronized excitation-measurement procedures for complex AM geometries such as lat...