ScholarWorks@Soongsil University: Kim, Jin Oh

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Kim, Jin Oh (김진오)

College of Engineering (School of Mechanical Engineering)

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초음파:23||Ultrasound:22||센서:16||Sensor:15||Transducer:14||Vibration:14||변환기:11||Waveguide:10||압전:10||파동유도관:9||진동:8||Piezoelectricity:6||Directivity:5||Propagation:5||전파:5||Piezoelectric:5||Piezoelectric Transducer(압전 변환기):4||Natural Frequency(고유진동수):4||Radial Vibration(반경방향 진동):4||Resonance:4||거리:4||쐐기:3||Transducer(변환기):3||Disc:3||혼:3||원판:3||Electromyogram:3||지향성:3||Distance:3||Frequency:3||Distribution:3||반사:3||Elastic:3||Excitation:3||Horn:3||Mode shape:3||Cylindrical Transducer:2||Natural Frequency:2||Elastic Wave:2||고유진동수:2||Ultrasonic Wave:2||Ultrasonic Cleaning:2||Resonance(공진):2||Sound Field:2||Piezoelectricity(압전):2||Ring:2||환판:2||Flow Velocity:2||근전도:2||Cylindrical Transducer(원통형 변환기):2||비틀림 진동:2||탄성:2||탄성파:2||Functional Electrical Stimulation:2||Wedge:2||수신:2||유속:2||모드 형상:2||waveguide:2||Bending Vibration:2||가진:2||Reception:2||Reflection:2||분포:2||Inplane:2||Rehabilitation:2||Openshell transducer:1||Outofplane:1||Overturning Prevention Device:1||Path:1||Performance:1||Phase speed:1||Piezoelectric Composite(압전 복합재):1||Piezoelectric Film:1||Piezoelectric Transducer:1||Piezoelectricty:1||Pipe Thickness:1||Prepressure(예압):1||Reaction(반응):1||Received Signal Strength:1||Refraction:1||Rehabilitation Training:1||Rehabilitation training device:1||Resonance Frequency(공진주파수):1||Ring환판:1||Rod:1||Roughness:1||Sensing:1||Shape:1||ShoulderJoint:1||Slope:1||Stack:1||Stress Concentration:1||Superconducting fault current limiting breaker (SFCLB):1||Tap changer:1||Target Surface:1||Thickness:1||Torsional Vibration:1||Torsional vibration:1||Torsional wave:1||Transit Time:1||Transmission:1||Ttransducer:1||Ultrasonic:1||Vibration Response:1||Vibration Transmission:1||Vibration(진동):1||Viscous fluid:1||Walkassistive robot:1||Walker:1||Walking:1||Wall:1||Wall wedge:1||Wave propagation:1||Wave speed:1||Wavenumber:1||Wavelength:1||Wavenumber:1||WiFi:1||Winding method:1||Wireless Access Point:1||axisymmetric mode:1||conicallytapered rod:1||disc:1||distance:1||elastic wave:1||flowvelocity sensor:1||frequency:1||inplane vibrometer:1||mode shape:1||natural frequency:1||phase velocity:1||piezoelectricity:1||pipe:1||radial mode:1||reflection:1||sensor:1||shell:1||spherical transducer:1||stepped circular rod:1||torsional vibration:1||ultrasound:1||vortex shedder:1||wedge:1||각도 변위:1||감지:1||거칠기:1||경로:1||경사:1||계수장치:1||고주파수:1||공진:1||굴절:1||굽힘 진동:1||굽힘진동:1||근전위:1||기능적 전기자극:1||꺾임부:1||나선:1||다층:1||단면:1||도파관:1||도파봉:1||두께:1||면내:1||면내 진동 측정기:1||모드 전환:1||방향:1||벽면:1||벽면 쐐기:1||보행:1||보행기:1||봉:1||성능:1||수관절 근육:1||압전필름:1||에너지 투과:1||에너지 투과율:1||운동:1||원추형 테이퍼 봉:1||원통형 변환기:1||원호:1||유량:1||유속 측정:1||유한요소 해석:1||음장:1||응력 집중:1||2단 원형 봉:1||인체:1||임피던스:1||재활 훈련:1||적층:1||전동휠체어:1||전복방지 장치:1||전파시간:1||족관절:1||주관절:1||증폭률:1||진동 응답:1||진동 전달:1||초음파 세정:1||치수:1||타겟면:1||투과:1||트랜스듀서:1||특성방정식:1||파동 유도 봉:1||파수:1||파이프 두께:1||파장:1||형상:1||호환장치:1||혼 가이드:1||이동수단:1||Angular Displacement:1||Ankle Joint:1||Ankle Joint(족관절):1||Antebracial Joint:1||Attenuation:1||Breaking time:1||Carpal Muscle:1||Carpal motion:1||Characteristic Equation(특성방정식):1||Characteristics Equation:1||Circular Curve:1||Compatible Device:1||Correlation:1||Counting Device:1||Crosssection:1||Cutting Forced:1||Cutting Forces(절삭력):1||Damping rate:1||Dimension:1||Direction:1||Dispersion curve:1||Elastic disk:1||Elastic wave:1||Elbow:1||Electric Wheelchair:1||Electromyopotential:1||Electromyograms:1||Energy Transmission:1||Energy Transmission Ratio:1||Finite Element Analysis:1||Finite element analysis:1||Floor Number Determination:1||Flow Rate:1||Flow Velocimetry:1||Fluid viscosity:1||Fluidstructure interaction:1||Flux coupling:1||Functional Electrical Stimulation(기능적 전기 자극):1||Helical:1||Highfrequency:1||Horn Guide:1||Human Body:1||IT(정보기술):1||Impedance:1||Impedance Curve:1||Impedance Curve(임피던스 곡선):1||Impedance(임피던스):1||Inplane Vibration:1||Inplane Vibration(면내 진동):1||Indoor Positioning:1||Joint:1||Kinematics:1||Magnification:1||Mechanical switch:1||Milling Machining:1||Mobility:1||Mode Conversion:1||Mode Shape:1||Mode Shape(모드형상):1||Monitoring:1||Monitoring(모니터링):1||Motion:1||Multilayer:1||Muscle (근육):1||Natural frequency:1||

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Soongsil University Library 369 Sangdo-Ro, Dongjak-Gu, Seoul, Korea (06978)02-820-0733

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