ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Hong, Sup

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Hong, Sup (홍섭)

해양공공디지털연구본부 (해양공공디지털연구본부 해양공공디지털연구본부)

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Tracked vehicle:5||Tracked vehicle 무한궤도차량:4||Tracked Vehicle:4||Flexible pipe:4||Dynamic analysis:3||Cohesive soil:3||Kriging surrogate model:3||Reliabilitybased design optimization:3||Cohesive soft soil:3||Multibody:3||Slip:2||Hydrodynamics force 유체력:2||Soft Soil:2||Pickup device:2||Soft soil:2||Akaike information criterion:2||Axiomatic Design:2||Extremely soft soil 연약지반:2||FE model updating:2||Pipeline transport 파이프라인 이송:2||FE model updating 유한요소 모델 개선:2||Driving torque 구동토오크:2||Steering ratio 조향비:2||Dynamic Analysis:2||Integrated mining system:2||Chain:2||Dynamic Response:2||Dynamic analysis 동적거동 해석:2||Deepsea ocean mining system 심해저 채광 시스템:2||ClarionClipperton fracture zone:2||Damage detection 손상추정:2||Terramechanics:2||soft seabed:2||Carbon dioxide capture and storage (CCS) 이산화탄소 포집 및 저장:2||Force Oscillation Model Test:2||test miner:2||tracked vehicle:2||tracked vehicles:2||Test miner:2||Climate change 기후변화:2||Time domain simulation:2||Response surface methodology 반응표면법:2||Total dynamic analysis:2||Deepseabed mining system:2||Coanda effect:2||Rigid body model of tracked vehicle 무한궤도형 주행차량의 강체모델:2||Buffer:2||Deepsea manganese nodule miner:2||Deep seabed mining robot:2||Turning radius 선회반경:2||Carbon dioxide 이산화탄소:2||Selfpropelled miner:2||Selfpropelled mining system 자항식 채광 시스템:2||Grouser:2||Greenhouse gas 온실가스:2||Grouser 그라우저:2||Orthogonal arrays 직교배열표:2||VIV:2||Euler parameters 오일러 매개변수:2||Catenary Mooring:2||Cohesive soil 점착성 지반:2||Singlebody:2||Drawbarpull test:2||MineRo:2||Design Parameters:1||Detecting Algorithm:1||Digital Data Logger:1||Distribution fitting:1||Driving system 주행장치:1||Driving torque:1||Dynamic Analysis Software:1||Dynamic simulation 동적거동 해석:1||Dynamic simulations:1||Dynamic sinkage:1||Dynamics:1||EKF(Extended Kalman Filter):1||Effect of impurities:1||Electrical parameter estimation:1||Electronicelectrical system 전기전자 시스템:1||Elliptic cylinder:1||Energy extraction:1||Euler Angle:1||Euler Parameter:1||Euler parameter:1||Explicit integrator 명시적 수치적분기:1||Extended kalman filter (EKF):1||Extremely Cohesive Soft Soil:1||Extremely Cohesive Soft Soil 점착성 연약 지반:1||Extremely Soft Soil:1||FIR Digital Lowpass Filte:1||FMEA (Failure mode and effect:1||FORM:1||Failure mode and effect analysis 고장모드 분석:1||Finite difference method with lumpedmass:1||Firmware:1||Firstorder plus dead time (FOPDT) model:1||Flexible Pipe:1||Fluid Structure Interaction (FSI):1||Followthecarrot:1||Formation control:1||Four rows tracked vehicle 4열 궤도 차량:1||FourRow Rifid Tracked vehicle:1||Fourrow tracked vehicle 4열 무한궤도 주행차량:1||Functional Requirements:1||GREX:1||GUI:1||Generalized Pareto Distribution:1||Genetic algorithm 유전자 알고리즘:1||Hydraulic actuation oil:1||Hydraulic cylinder 유압 실린더:1||Hydraulic gradient:1||Hydrodynamic Effect:1||Hydrokinetic energy:1||Identification of damping matrices 감쇠행렬 추정:1||Insitu driving Test 현장 주행시험:1||Incrementaliterative Formulation:1||Independence Axiom:1||Inshore Mining System:1||Inshore test:1||Joint probability density function:1||Kinematic Response:1||Kinematic characteristic:1||Kinematic steering ratio 기구학적 선회반경:1||KolmogorovSmirnov test:1||KolmogorovSmirnov test:1||LOS(Line of sight):1||LabVIEW:1||LargeScale System:1||Leaderfollower method:1||Leaderfollwer formation contr:1||Lifting pump mounting 양광펌프 거치대:1||Lifting system 양광시스템:1||Limited data:1||Liquidsolid slurry:1||Load ratio:1||Localization of Underwater Mining Vehicle:1||Logarithmic decrement:1||Magnetic fields:1||Manganese nodule:1||Manganese nodules:1||Marine geological storage:1||Marine riser 해양 라이저:1||MassDamperSpring system:1||Meta model 메타 모델:1||Metamodelbased design optimization:1||Mining:1||Mining robot 채광로봇:1||Mining robot 채집 로봇:1||Minning Robot 채광로봇:1||Mode Superposition:1||Multibody dynamic:1||Multibody dynamic 다물체 동역학:1||Multibody dynamics analysis 다물체 동역학 해석:1||Multibody dynamics 다물체 동역학:1||Multimining robots:1||Multid isci plinary Design Optimization 다학제 최적설계:1||Natural frequency:1||Natural frequency 고유진동수:1||Nonuniform pipe:1||Nonparametric approach:1||Nonproportional damping matrix 비비례 감쇠행렬:1||Numerical Analysis:1||Numerical Analysis 수치해석:1||Numerical Simulation:1||Numerical analysis model 수치해석모델:1||Numerical simulation 수치해석:1||OBS:1||Ocean mining system:1||Offshore structure 해양구조물:1||Oil compressibility:1||Onboard facility design 선상 설비 설계:1||Onboard measurement methodology:1||Operating S/W:1||Operating Software:1||Optimum arrangement design 최적 배치 설계:1||Optimum curve driving 최적 선회 주행:1||Orthogonal arrays:1||PI controller:1||PID Control:1||PTV:1||Path planning:1||Permanent magnet synchronous generator:1||PickUp Device:1||Pilot Mining Robot 파일럿 채광 로봇:1||Pilot mining robot:1||Pilot mining robot 파일럿 집광로봇:1||Pilot mining robot 파일럿 채광로봇:1||Pipe:1||Pivoted cylinder:1||Prepilot mining test 예비 집광성능시험:1||Pressure compensated chamber 압력 보상용기:1||Pressure compensating oil:1||Probability distribution:1||Prying action 지렛대 작용:1||Pulse width modulation (PWM):1||Pure pursuit:1||RBDO:1||ROV(Remotely Operated Vehicle):1||Real Time Control:1||Realtime simulator 실시간 시뮬레이터:1||Recovery test of manganese nodule:1||Relative coordinate 상대좌표:1||Reliability Analysis:1||Renewable energy:1||Response surface model 반응표면모델:1||Revolute joint:1||Riser 라이저:1||Riskbased design 위험도 기반 설계:1||Robust Design 강건설계:1||Rotational VIV Power Generatio:1||Seafloor manganese nodules:1||Seafloor massive sulfide deposits 해저열수광상:1||Selfpropelled remotely controlled miner:1||Sensitivity:1||Shear displacement/stress:1||Shear strength of seafloor sediment:1||Simulation based Design 시뮬레이션 기반 설계:1||Simulationbased design 시뮬레이션 기반 설계:1||Simulationbased design 시뮬레이션 기반 설계 Multibody dynamics 다물체 동역학:1||Sinkage:1||Slender structure:1||Slip angle:1||Soft ground 연약 지반:1||Soft soil 연약 지반:1||Software Architecture:1||Solidwater slurry flow:1||Spectral element method:1||Spectral element method (SEM):1||Steering characteristics:1||Steering performance:1||Steering performance 선회성능:1||Step response:1||Stochastic global optimization:1||Structural health monitoring 구조건전성 모니터링:1||Substructure method:1||Table of Orthogonal Arrays 직교 배열표:1||Taguchi Method 다구치 법:1||Tail Model:1||Tandem Tracked Vehicle:1||Tandem tracked vehicle:1||Terramechanics model:1||Terramechanics 지반역학:1||Terramechanics model:1||Test Miner:1||Threshold:1||Tidal flat vehicle 갯벌차량:1||Topographic and geological survey 지형/지질 조사:1||Towing experiment:1||Track slip:1||Track velocity control:1||Tracked Vehicle 무한궤도 차량:1||Tracked vehicle 궤도차량:1||Traction force:1||Tractive force:1||USBL (ultrashort baseline) system:1||Umbilical cable 엄빌리컬 케이블:1||Uncertaintybased multidisciplinary design optimization:1||Underwater Multirobots:1||Underwater Test Collector:1||Underwater mining:1||Underwater navigation:1||Uniform pipe:1||Validati on 확인:1||Velocity Field:1||Verification 검증:1||Viscosity coefficient:1||Volume concentration:1||Vortex shedding vibration:1||Waterjetlifter:1||WignerVille distribution:1||Z ero frequency 제로주파수:1||Zero frequency:1||Zero frequency 제로주파수:1||approximation:1||bounding box:1||cohesive soft soil:1||contact:1||damage detection:1||damage index:1||deep water riser:1||deepsea manganese nodules:1||deepsea ocean mining collector:1||dynamic analysis:1||effective viscosity:1||gap size effect:1||kriging model:1||multirobot:1||multidisciplinary design optim:1||multidisciplinary design optimization:1||newmark:1||pressure sinkage:1||realtime simulation:1||sequential updating method:1||slender structure:1||soft soil:1||terramechanics:1||tribological characteristics:1||unknown input observer:1||unsteady analysis:1||user defined subroutine:1||userdefine subroutine:1||강제동요 모형시험:1||궤도차량:1||동적 응답:1||바이패스 밸브:1||수직양광관:1||시간영역 시뮬레이션:1||심해저 광물자원:1||심해저 채광시스템:1||연약지반:1||유연관:1||자항식집광기:1||채광시스템:1||체인:1||카테나리 계류:1||통합거동해석:1||해저주행차량 위치추정:1||3D unsteady analysis:1||확장 칼만 필터:1||ASIMOV:1||AUV(Autonomous Underwater Vehi:1||Added mass coefficient 부가질량계수:1||Akaike Information Criterion:1||AnalogDigital Conversion:1||Artificial nodules:1||Axial vibration 축진동:1||Axiomatic design:1||Benchmark problem for flexible multibody dynamics:1||Bentonitewater mixture:1||Boustrophedon cellular decompo:1||Bulk modulus:1||Buoy characteristic:1||Buoyancy module 부력재:1||Bypass valve:1||CAE 기반 요소 설계:1||CO2 transport:1||Carbon dioxide:1||Carbon dioxide Capture and Storage (CCS):1||Carbon dioxide capture and storage(CCS):1||Censored akaike information criterion (censored AIC):1||Censored data:1||Climate change:1||Cohencoon tuning method:1||Cohesive soft soil 연약지반:1||Cohesive soil model:1||Computeraided engineering based element design:1||Configuration Design Sensitivi:1||Constrained global optimization:1||Constraint boundary sampling:1||Constraint global optimization:1||Control:1||Control and monitoring:1||Copula:1||Coupled Dynamics:1||Coupled discipline:1||Coupling device:1||Coupling of body motion with flow:1||Coverage:1||Crawler type underwater mining robot:1||Crushing equipment:1||DBMS:1||DSNM (Deepsea manganese nodul:1||Damping matrix identification:1||Decentralized Controller:1||Decentralized control:1||Deep Seabed Mining System:1||DeepSea Manganese Nodule Miner:1||Deepsea Bed:1||Deepsea Manganese Nodule Miner 심해저 망간단괴 집광기:1||Deepsea manganese nodule miner:1||Deepsea miner:1||Deepsea mining robot:1||Deepsea mining system:1||Deepsea mining system 심해저 집광 시스템:1||Deepsea soft sediment:1||Deepseabed integrated mining system 심해저 통합 채광 시스템:1||Deepseabed lifting system:1||Deepseabed mineral resource:1||Deepseabed pilot miner system:1||Deepseabed test miner:1||Depressurization:1||Design Of Experiment:1||

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