ScholarWorks@Hanyang University: Kim, Jay Jung

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Kim, Jay Jung (김재정)

COLLEGE OF ENGINEERING (SCHOOL OF MECHANICAL ENGINEERING)

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Tel 02-2220-0447
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Optimization:4||BIM:4||Human body shape modeling:4||Posterior slope angle:4||High tibial osteotomy:4||Statistical model:3||Hydraulic hose:3||HTO:3||Parametric modeling:3||Interference:2||Principal component analysis:2||Simulation:2||Interoperability:2||PSA:2||Kinetic (or cold) spraying:2||Multidiscipline:2||후방경사각:2||Visualization:2||Gap angle:2||Surgical planning system:2||Femoral Neck Fracture:2||Swept volume:2||3D wholebody scans:2||Patientspecific model:2||근위경골절골술:2||FEA:2||대퇴골 형상:2||Computed muscle control:1||Conversion:1||Coronal angle:1||Correlation:1||Critical velocities:1||Crystallization:1||Ct image reconstraction:1||Data Exchange:1||Data exchange:1||Deflection:1||Design:1||Design Automation:1||Design assistance:1||Digital Human Model(디지털  인체모델):1||Digital musculoskeletal model:1||Drawing:1||Dupin cyclide:1||Energy  Minimization:1||Energy Minimization(최소에너지):1||Energy consumption:1||Energy minimization:1||Energy simulation:1||Envelope:1||Extraction:1||FBM:1||Femoral Morphology:1||Femur Shape:1||Finite Element Analysis:1||Finite Element Method:1||Finite Element Methods(FEM):1||Finite element analysis:1||Finite element method:1||Finite element modeling (FEM):1||Fire Impact(발사 충격):1||Flower:1||Forming tool:1||Free Convection Coefficient:1||FreeForm Deformation:1||Functionbased morphing:1||Functionbased morphing:1||Gait pattern prediction:1||Gesture Recognition:1||Grain refinement:1||HCI(HumanComputer Interaction):1||HVAC:1||Heat Treatment:1||Heating and cooling load:1||Heating and cooling system:1||Highresolution electron microscopy (HREM):1||Hinge axis:1||Hinge axis angle:1||Human Body Model (인체모델):1||Human Joint Behavior(인체 관절 거동):1||Human Posture(인체  자세):1||Human body model:1||Human body segment model:1||Human body shape parameters:1||Human motion analysis:1||Humancentered product design:1||Hydraulic  Hose:1||Hydraulic  hose:1||Hydraulic Hose(유압 호스):1||Hydraulic hoses:1||IPS:1||Interference screw:1||Interference(간섭):1||Kinetic spray:1||LATS CAD:1||LevenbergMarquardt method:1||MCAD:1||Mapping:1||Markerless motion capture:1||Mechanical properties:1||Metallic glasses:1||Microstructure:1||Model reconstruction:1||Motion tracking:1||Multiobjective Optimization(다목적  최적화):1||NURBS  Curve:1||NURBS Curve(NURBS  곡선):1||NURBS curve:1||NURBS model:1||Nanostructured materials:1||Nickel:1||Object Data:1||Open Loop Step Response:1||Opening wedge high tibial osteotomy:1||Optimization Method(최적화방법):1||PEFC:1||Parameter:1||Parameterization:1||Parametric Femur:1||Parametric Morphing:1||Parametric Shape Modeling:1||Path  generation:1||Peltier thermoelectric module:1||Photograph:1||Plastic:1||Posture Prediction(자세  예측):1||Principal Component Analysis:1||Proximal Femur:1||Proximal femur geometry:1||Pulley:1||Response Surface Methodology(RSM):1||Response velocity:1||Roll forming:1||Routing  Path  Design:1||Routing Path Design(경로 설계):1||Routing path design:1||Scanning:1||Scene graph structure:1||Scenegraph:1||Screw motion:1||Screw motions:1||Sensitivity Analysis:1||Severe plastic deformation:1||Shape:1||Shape Memory Alloys:1||Shape memory alloys( SMA):1||Statistical Shape Analysis:1||Statistics:1||Steering catheter:1||Subjectspecific Model.:1||Superplasticity:1||Superquadric primitive:1||Surface intersections:1||Sweep modeling:1||System AirConditioner:1||Target model:1||Template model:1||Template modeling:1||Tibio:1||Time Domain Open Loop:1||Titanium:1||Torus:1||Tracing method:1||Transfer Function:1||Tubes:1||Twist angle:1||UV exposure:1||UV radiation:1||UserFriendly Design(사용자  친화적  설계):1||VRF:1||Virtual  property:1||Virtual Reality:1||Virtual material properties:1||Virtual tibial Correction axis:1||Wearable Smart Individual Weapon(장착용 스마트 개인 무장):1||Wedge angle:1||XML:1||Xml:1||Young’s modulus:1||backward tracing scheme#scanning:1||bipolar plate:1||boundary evaluation:1||diamond tool wheel:1||double rosspin:1||finite element analysis (FEA):1||fixation device:1||human modeling:1||hybrid spraying:1||kinetic (or cold) spraying:1||library:1||linearly mapping:1||metalmatrix composites (MMCs):1||model:1||permeability:1||posterior cruciate ligament (PCL) reconstruction:1||screw motion:1||slippage ratio:1||swept volume:1||transtibial tunnel:1||trimmed surfaces:1||virtual material properties:1||가상경골교정축:1||개방각:1||경골:1||경골개방축:1||공기조화기:1||대퇴경부 골절:1||라이브러리:1||민감도 해석:1||빌딩정보모델링:1||설계 자동화:1||시뮬레이션:1||쐐기각:1||유한요소해석:1||전내측피질골 경사각:1||주성분 분석:1||템플릿 모델링:1||통계적 형상 분석:1||파라메트릭 대퇴골:1||파라메트릭 형상 모델링:1||3D hand shape model:1||힌지축각:1||AHU:1||ALM Optimization:1||Achilles tendon, initial lengthening:1||Air conditioner:1||Analytical osteotomy model:1||Anatomical Function:1||Anteromedial cortex oblique angle:1||Anthropometric data:1||Anthropometry:1||Articulated Human Model:1||Articulated human body model:1||Automation:1||BIM Library:1||BIM(Building Information Modeling):1||Back tracking:1||Backward  tracing  scheme:1||Biomechanical function:1||Blends:1||Bone Morphing:1||CAD:1||CFD:1||CMC:1||CT 이미지 재건술:1||Cold rolling:1||Collaborative Design:1||Collaborative design:1||

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