저자의 연구 키워드

저자의 연구 키워드

#경향 제거

#공극

#광섬유

#노이즈 제거

#다이나모메타 모사시스템

#레일리 파

#레일리파

#비파괴평가

#섬유 방향

#열화 특성

#와전류

#원전 격납건물(Containment liner plate: CLP)

#위상배열 초음파

#유한요소해석

#제동 디스크

#철도레일

#초음파

#초음파 음압

#초음파 투과법

#최소반사율

#충격반향기법

#표면 경도

#표면 물성 평가

#표면결함

#표면파

#Acoustic Emission

#Beam profile

#Blades

#CFRP 복합재

#CFRP composites

#CFRP laminates

#Computational Fluid Dynamics

#Containment liner plate(CLP)

#Crack detecting system(결함 진단 시스템)

#Deep Learning

#Defect detection

#Defect monitoring

#Denoising

#Detrending

#Disk Brake

#Dynamometer Mock-up System

#Eddy current

#FEM (finite element method) simulation

#FEM simulation

#Fiber orientation

#Finite Element Method (FEM)

#Gear Tooth Breakage

#Geometric disturbance

#Hardness

#Impact echo method

#Lightweight mobility

#Minimum reflection

#Mobility components

#NDE

#NDE techniques

#Nondestructive evaluation

#Optical Fiber

#Painting thickness

#Phased array UT

#Piston Rod

#Railway

#Rayleigh Wave

#Resonance Frequency

#Sewer HDPE pipe(하수관용 HDPE배관)

#Shock Absorber

#Sound pressure

#Structural Reliability

#Surface Crack

#Surface hardness

#Surface property evaluation

#Surface Wave

#Thermal Degradation Characteristic

#Time of flight(TOF)

#Transparent OLED

#Ultrasonic testing

#Ultrasonic testing(초음파 탐상 기법)

#Ultrasonic Through-Transmission Method

#Ultrasonic transducer

#Ultrasonic transmission method

#Ultrasonic wave

#Ultrasonic waves

#Vibration-Induced Surface Damage

#Void

#Wind turbine blades

#wind turbine gearbox