ScholarWorks@Soongsil University: Chung, Nam Yong

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Chung, Nam Yong (정남용)

공과대학 (기계공학과)

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경계요소법:4||Boundary element method:4||Stress intensity factor:3||Large Scale Integration(LSI):3||응력세기계수:3||Delamination(층간박리):3||Stress Intensity Factor(응력세기계수):3||Bonded Interface Edge(접합계면단):3||Thermal Stress(열응력):3||Fracture toughness:2||DoubleCantilever Beam(이중 외팔보):2||Stress singularity factor:2||Friction welding:2||interface crack:2||Attenuation Coefficient(감쇠계수):2||Energy Release Rate(에너지 방출률):2||파괴기준:2||파괴인성:2||Transmission Coefficient(투과율):2||Interface crack:2||3 전극계:2||Compliance(컴플라이언스):2||Ultrasonic Test(초음파 탐상):2||Fracture criterion:2||Residual stress:2||Acoustic Impedance(음향 임피던스):2||Boundary Element Method(경계요소법).:2||Stress Singularity Factor(응력특이성계수):2||boundary element method:2||Kerf:1||Lead Dioxide Sensor:1||Optimal cutting condition:1||Response Curve:1||Scarf joint:1||Stress analysis:1||Stress singularity:1||Stress singularity index:1||Surface characteristics:1||Surface roughness:1||Thermal stress analysis:1||Titanium alloy:1||Tree Electrode System:1||Tree electrode system:1||Ultrasonic test:1||Welded flash:1||Welded interface:1||acoustic impedance:1||adhesively bonded joint:1||attenuation coefficient:1||bonded dissimilar materials:1||bonded scarf joint:1||centered circular hole:1||compliance:1||doublecantilever beam:1||edged semicircular hole:1||energy release rate:1||stress intensity factor:1||transmission coefficient:1||ultrasonic test:1||감쇠계수:1||감응 곡선:1||경사이음:1||계면균열:1||계면크랙:1||균열진전경로:1||균열진전방향:1||금 전극:1||마찰용접:1||사람의 넙다리뼈:1||에너지 방출률:1||열응력해석:1||유리잔류염소:1||유한요소법:1||응력특이성계수:1||응력해석:1||이산화납 센서:1||이종 접합체:1||이종재료:1||이중 외팔보:1||잔류응력:1||전기분석화학 방법:1||전기화학적 산소요구량 센서:1||전류법:1||접착부재:1||초음파 탐상:1||파괴역학:1||파괴인자:1||화학적 산소요구량:1||Abrasive waterjet:1||Adhesively bonded components:1||Amperometry:1||Attenuation coefficient:1||Bonded dissimilar materials:1||Boundary Element Method(경계요소법):1||Boundary element:1||Chemical Oxygen Demand:1||Crack Propagation Angle(균열진전각):1||Crack propagation direction:1||Crack propagation path:1||Cutting parameter:1||Cutting trajectory:1||Cutting wear mode:1||Dissimilar materials:1||Dissimilar metals:1||Doublecantilever beam:1||Electroanalytical method:1||Electrochemical COD Sensor:1||Energy release rate:1||Finite element method:1||Fracture mechanics:1||Fracture parameter:1||Free residual chlorine:1||Gold disk electrode:1||Human femur:1||IC 패키지:1||Integrated circuit pakage:1||

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