ScholarWorks@Gyeongsang National University: Doh, Jae Hyeok

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Doh, Jae Hyeok (도재혁)

우주항공대학 (항공우주공학부)

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Tel 0557723314
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Quadcopter:2||remaining useful life:2||Design of Experiments (DOE):2||additive manufacturing:2||Bayesian inference:2||Al7075T6:1||Aluminum tube:1||Analysis of Variance (ANOVA):1||Arrhenius:1||Automation:1||BPNbased causality analysis:1||Backpropagation neural network:1||Bayesian framework:1||Bearing Housing:1||Blade  Element  Theory(깃 요소 이론):1||Butterfly valve:1||CFD:1||Campbell Diagram(캠벨 다이어그램):1||Carbon Nanotube (CNT):1||Carbon Neutral:1||Carbon nanotube (CNT) waviness:1||Cavitation:1||Central Composite Design:1||Central fuselage:1||Computational  Fluid Dynamics Simulation(전산유체해석):1||Computational fluid dynamics (CFD):1||Computer Aided Design:1||Constitutive Equation:1||Crack:1||Cutting Force:1||Cutting simulation:1||DataDriven Prognosis:1||Deep Neural Network (DNN):1||Design for Additive Manufacturing:1||Design of Experiments:1||Deterministic Design Optimization:1||DyeSensitized Solar Cell (DSSC):1||EMI shielding:1||Electrical percolation behavior:1||Enhanced ProportionalIntegralDerivative Control:1||FESEM:1||Fatigue Life:1||Fatigue damage model:1||Fatigue life:1||Fatigue life analysis:1||Fatigue life model:1||Fatigue limit:1||Fielddriven:1||Finite Element Analysis:1||Finite Element Analysis (FEA):1||Fixed  Wing(고정익):1||Fracture Characteristics:1||Fuel ShutOff Valve:1||Genetic algorithm (GA):1||Genetic algorithm optimization:1||GlobalLocal Optimization:1||Heat exchanger:1||High temperature:1||Hovering:1||Hovering(제자리 비행):1||Humpbacks(혹등고래):1||Image coding:1||Implicit Function:1||JohnsonCook constitutive equation:1||Laser radar:1||Lift Coefficient(양력계수):1||Local Optimization:1||Long short term memory(LSTM):1||Mechanical Property:1||Metal additive manufacturing:1||Metal cutting:1||Metaldetected drone:1||Microwave absorption:1||Miner&apos:1||Modified stress equation:1||Multi wall carbon nanotube (MWCNT):1||MultiPhysic Simulation:1||Multidimensional optimization:1||Multiobjective Design Optimization:1||Neural networks(NN):1||Nondominated sorting genetic algorithm (NSGAII):1||Nondominated sorting genetic algorithmII (NSGAII):1||Overdesign:1||Overshoot:1||PDMS:1||PID control:1||PIDcontrol:1||Pearson correlation coefficient:1||Personal  Air  Vehicle(개인용 항공기):1||Piezoelectric Energy Harvesting:1||Point cloud compression:1||Polylactic Acid (PLA):1||Polymer nanocomposite (PNC):1||Polymer nanocomposites (PNC):1||Power Energy Conversion (PEC):1||Quadcopter system:1||Realtime systems:1||Reflection loss (RL):1||Regression Analysis:1||Reliability Assessment:1||ReliabilityBased Design Optimization (RBDO):1||Response Surface Method:1||RotaryWing Aircraft:1||Rotarywing aircraft:1||SK constitutive equation:1||Safety:1||SelfSealing Breakaway Coupling:1||Selfdriving cars:1||Stability:1||Stressstrain curve:1||Surface defect:1||Taguchi Method:1||Threedimensional displays:1||Thrust test:1||Titanium Dioxide Nanoparticle (TiO2, NPs):1||Uncertainty quantification:1||Uncertainty quantification (UQ):1||Valve opening angle:1||Vehicular ad hoc networks:1||Vortex(와류):1||WeightedEquivalent Metric (WEM):1||XPS spectroscopy:1||Yoke:1||Zhurkov fatigue life model:1||antiablation:1||antimicrobial packaging:1||applications:1||composite materials:1||conductive fillers:1||crack propagation:1||cybersecurity:1||damage prognosis:1||deep learning:1||delamination:1||design modification:1||effective notch stress method:1||electrical percolation threshold:1||firm performance:1||food safety:1||food spoilage:1||groove angle:1||high temperature:1||human corporate capital panel:1||human resource management:1||hydrosolvothermal route:1||intelligent polymer:1||knowledge base:1||machine learning:1||modified polyphenylene oxide:1||nanocomposite:1||nanocomposites:1||nanosensors:1||object detection and tracking:1||oxidation properties:1||particle filters:1||process optimization:1||processing:1||refractory:1||s rule:1||stress concentration factor:1||support reduction:1||synthesis routes:1||vehicle safety:1||강화 PID 제어:1||결정론적 설계 최적화:1||구성방정식:1||국부 최적화:1||다중목적 설계 최적화:1||반응 표면 모델:1||실험계획법:1||안정성:1||압전 에너지 하베스팅:1||오버슛:1||요크:1||유한요소해석:1||자동화:1||절삭력:1||제자리 비행:1||중심합성계획법:1||쿼드콥터:1||2D MXene multilayers:1||탄소 중립:1||3D LiDAR data:1||Accelerated Life Test:1||Active polymer nanocomposite:1||Additive Manufacturing (AM):1||

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