ScholarWorks@Gyeongsang National University: Bae, Kang Yul

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Bae, Kang Yul (배강열)

IT공과대학 (메카트로닉스공학부)

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Tel 0557723384
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Induction heating:6||Finite element analysis:5||numerical analysis:3||Triangle heating:3||Thermomechanical analysis:3||유한요소해석:3||Angular deformation:3||Electromagnetic induction:3||Simplified formula:3||Line heating:3||Steel forming:2||Finite Element Method:2||Plate forming:2||FEM:2||angular deformation:2||finite element method:2||온도 분포:2||Finite element method:2||유한요소법:2||Shapefromshading:2||Temperature distribution:2||전자기장:2||Finite Element Analysis:2||Electromagnetic field:2||Deep Neural Network(심층신경망):1||Deep neural network(심층신경망):1||Deformation:1||Deformation (변형):1||Deformation Analysis(변형 해석):1||Deformation Images(변형 이미지):1||Deformation analysis:1||Distributed load:1||Electromagnet:1||Electromagnetic Field(전자기장):1||Equivalent stress:1||Excitation Force Analysis:1||Excitation Model:1||FEM analysis:1||FEM model:1||Faster RCNN:1||Faster RCNN(더빠른 영역 합성곱신경망):1||Fatigue Life:1||Feed Rate & Excitation Parameters:1||Finite Element Analysis (유한요소 해석):1||Finite Element Method(유한요소법):1||Flux Reversal:1||Forced displacement:1||Frame and cover:1||Free surface:1||Freeform Surface:1||Fuel Tank(연료탱크):1||Gas Metal Arc Welding(가스금속아크용접):1||Gear Chamfering:1||Gear Location (기어 위치):1||Gear shape:1||Geared Shaft (기어 축):1||Groove Design:1||Heat Sink (방열판):1||Heat Treatment (열처리):1||Heat affected zone:1||Heat flow analysis:1||Heat flux analysis:1||Heat treatment:1||Heatflow analysis:1||Heatsource models:1||Heating position:1||HeatingPosition Prediction(가열 위치 예측):1||Heatingline position:1||Helical Gear (헬리컬기어):1||Helical gear:1||High Frequency Resistance Welding(고주파 저항용접):1||High frequency electric resistance welding:1||High frequency resistance welding:1||Inductive Sensor (유도형 센서):1||Inductor shape:1||Inertia Friction Welding(관성 마찰용접):1||Initial curvature:1||Innovation Center for Engineering Education:1||Inverse kinematics:1||Inverter (인버터):1||LVDT:1||Laminated plate theory:1||Large steel plate:1||Lateral contraction:1||Layer Accumulation:1||Line Heating(선상 가열):1||Linear region:1||Linear variable differential transformer:1||MIMO fuzzy inference:1||Magnetron sputtering:1||Microstructural transformation:1||Motion Analysis:1||Multipass Welding:1||Multiprocess Welding:1||Multiprocess welding(복합용접):1||Narrow gap:1||Neural network:1||Noncircular planetarygear train:1||Numerical Analysis (수치해석):1||Numerical Analysis(수치 해석 ):1||Numerical Analysis(수치해석):1||Numerical anaysis:1||Numerical simulation:1||Object recognition:1||Optimal trajectory:1||Output Characteristic:1||Oxyethylene cutting:1||Oxyethylene flame:1||Pattern Matching:1||Pipe Connection:1||Plate bending:1||Plate formation:1||Plate theory:1||Process Parameters(공정 매개변수):1||Process Variables(공정변수):1||Process monitoring(공정 모니터링):1||Quality control(품질관리):1||Quenchant temperature:1||RCNN:1||Residual Stress (잔류응력):1||Ringshape Effect:1||Rosental equation:1||Rotated region of interest (RROI):1||Rotating mechanism (회전기구):1||Rotational path:1||Sensitivity:1||Shape Measurement:1||Simplified equations:1||Small Engineering Group:1||Speed control (속력 제어):1||Steel Shell:1||Steel manhole cover:1||Steelplate forming:1||Stereo Vision:1||Stereomatching:1||Strengthening structure:1||Supply Power:1||Temperature Distribution:1||Temperature Distribution(온도 분포):1||Theoretical model:1||Thermal Stress:1||Thermal stress:1||Thermalflow Analysis:1||Thermalflow Analysis(열유동 해석):1||Thermoelastoplastic Analysis:1||Thermoelastoplastic Analysis (열변형 해석):1||Transformer Shape:1||Transient Analysis(과도해석):1||Transverse shrinkage:1||Two Phase 4/3 SRM:1||Two Phase 6/3 SRM:1||Upset(업셋):1||Velocity Distribution:1||Vertical Displacement:1||Vibratory Bowl Feeder:1||Volume change:1||Weld seam (용접선):1||Welding Deformation(용접 변형):1||Welding Sequence(용접 순서):1||Welding distortion:1||Wireless communication(무선통신):1||Xshape Groove:1||X형 개선:1||Z. Cao's fuzzy inference:1||cutting process:1||erosion:1||forming process:1||gradient descent learning:1||heat source model:1||heataffected zone:1||heatinput model:1||local SMEs:1||magnet configuration:1||magnetic field:1||mamdani's fuzzy inference:1||multiplayer engineer:1||rotarytype target:1||simplified equation:1||steel plate:1||thermal analysis:1||thermomechanical model:1||thick plate:1||triangle heating technique:1||가진력 해석:1||각변형:1||개선설계:1||경사감소학습:1||고주파 저항용접:1||고주파 전기저항 용접:1||공급 전원:1||관 결합:1||관 형상 효과:1||구속 링:1||기어 모따기:1||내로우갭:1||다층용접:1||변압기 형상:1||복합용접:1||선형가변차동변압기:1||속도 분포:1||수직 변위:1||수치 해석:1||스테레오 비전:1||열유동 해석:1||열응력:1||열탄소성해석:1||온도분포:1||이미지 기반 형상복구:1||자유 곡면:1||적층:1||전자석:1||절삭력:1||절삭층:1||접촉 응력:1||진동형 볼 피더:1||철피:1||출력 특성:1||코어 재질:1||큐폴라 용해로:1||패턴 정합:1||피로수명:1||2dimensional Analysis:1||형상 측정:1||2차원 해석:1||Absolute shape:1||Angular Deformation:1||Angular Position (각위치):1||Arc Welding Machine(아크 용접기):1||Arc gouging:1||Artificial neural network:1||Automatic tracking (자동추적):1||Bead Shape(비드형상):1||Bending deformation:1||Bowl Feeder:1||Clamping Ring:1||Contact Stress:1||Coolant Temperature (냉각유 온도):1||Cooling Fan (냉각팬):1||Core Material:1||Corrugated membrane (주름판):1||Cupola Furnace:1||Curved surface:1||Cutting Force:1||Cutting Layer:1||Cutting experiment:1||Deep Neural Network(심층 신경망):1||

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