저자의 연구 키워드

저자의 연구 키워드

#각 스펙트럼법

#감육 배관

#감육 평가

#감육배관

#결함 검출

#결함 크기

#결함검출

#내부결함

#단차

#디지털 홀로그래피

#디지털 홀로그래피 간섭시스템

#레이저 비파괴검사

#레이저 스페클 전단간섭법

#레이저간섭계

#면외변형

#몰리브덴 박막

#반사형 디지털 홀로그래피

#방사율 보정

#배관 감육

#배관 순환 시스템

#복합재 튜브

#소구경 배관

#손상측정

#압력용기

#열화상

#열확산 길이

#원자력발전소 배관

#원전배관

#위상잠금

#위상잠금 적외선 열화상 기법

#적외선 열화상

#적외선 열화상 기술

#적외선열화상

#적외선열화상기법

#전단간섭법

#증착 단차

#최적 조건

#패터닝

#포토리소그래피

#폭

#Angular Spectrum Method

#ASTMA36

#Composite Tubes

#Damage Measurement

#Defect

#Defect Detection

#Defect Detection (결함검출)

#Defect Size

#Deposition Step-Height

#Detection

#DIC

#Digital Holography

#Digital Holography Interferometer System (DHIS)

#Digital image correlation method

#Displacement

#Electronic Speckle Pattern Interfrometry(전자처리 스페클 간섭법, ESPI)

#Emissivity Calibration

#Fracture

#gradient(구배)

#Grating(격자)

#Infrared Thermography

#Infrared Thermography (적외선열화상)

#Infrared thermography(적외선 열화상기술)

#Inner Defect

#Internal Defect

#ITO 투명 전극

#ITO Transparent Electrode

#Laser Interferometer

#Laser Non-Destructive Testing (NDT)

#Laser Speckle Shearing Interferometry

#Laser Testing Method

#Lock-in

#Lock-in Infrared Thermography

#Lock-in(위상잠금)

#Metal material

#Moire Method(무아레 방법)

#Molybdenum Thin Film

#Nuclear Power Plant Pipe

#Nuclear Power Plant Piping

#Optimal Condition

#Out-of-Plane Deformation

#Out-of-plane deformation(면외변형)

#Patterning

#Phase-shiffing(위상이동)

#Photo Lithography

#Photolithography

#Pipe Assessment

#Pipe Defects

#Piping Circulation System

#Poisson’s ratio

#Pressure Vessel

#Pressure Vessels

#Reflection Type Digital Holography

#round Specimen

#Shearing Interferometry

#Shearing(전단)

#Shearography (이중 빛 전단간섭계)

#Shearography(전단간섭계)

#Small-Bore Pipe

#Step-Hight

#Strain

#Stress Measurement(응력측정)

#Tensile speed

#Thermal Diffusion Length

#Thermal Imaging

#thermoelastic(열탄성)

#Thermometry

#Three dimensional shape measurement (3차원형상측정)

#Volume change

#Wall Thinned Pipe

#Wall Thinned Pipe (감육관)

#Wall Thinning Pipe

#Wall-Thinned Pipe

#Width