ScholarWorks@Hongik: Kwon, Young Joo

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Kwon, Young Joo (권영주)

Science & Technology (Mechano-Informatics and Design Eng.)

Research Area: 고체 및 구조역학

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spent nuclear fuel disposal canister:13||고준위폐기물 처분용기:6||충격력:6||impulsive force:5||처분용기:5||bentonite buffer:5||dental implant:4||pressurized water reactor:4||spent nuclear fuel:4||disposal canister:4||safety evaluation:4||finite element analysis:4||swelling pressure:4||nonlinear structural analysis:4||가압경수로:4||structural design:4||Structural Mechanics Analysis:3||상용 컴퓨터코드:3||commercial computer code:3||structural safety evaluation:3||안전성평가:3||spent nuclear fuel basket:3||유한요소해석:3||accidental drop and impact event:3||repository:3||처분장:3||Fluid Mechanics Analysis:3||추락낙하 충격사고:3||구조안전성 설계:3||structural safety design:3||보완 해석:2||cast iron insert:2||비선형 구조해석:2||manufacturing:2||Electronic Chip:2||Kinetodynamics Analysis:2||comparative structural analysis:2||multiple scales asymptotic technique:2||complementary analysis:2||Electronic Packages:2||Rock Movement:2||Spent Nuclear Fuel:2||Disposal Container:2||outer shell:2||parallel basket array:2||Bileaflet mechanical heart valve prosthesis:2||rotated basket array:2||rigid body dynamics analysis:2||치과용 임플란트:2||rigidbody dynamic analysis:2||rigid body dynamic analysis:2||Heat Transfer Analysis:2||Impact Force:2||falling plumb down accident:2||structural analysis:2||structural mechanics analysis:2||Minimum Thickness:2||finite element method:2||Bentonite Buffer:2||test drafting:2||testing dental implant:2||thermal stress:2||Elastoplastic Structural Analysis:2||underground water pressure:2||Thermal Stress Analysis:2||Yield Criterion. Finite Element Analysis:2||fluid mechanics analysis:2||PCB(Printed Circuit Board):2||고준위폐기물:2||구조설계:2||PWR(pressurized water reactor) canister:2||Pin:2||hydrostatic pressure:2||impact force:2||기구동역학 해석:2||Pressurized Water Reactor(PWR):2||implant type:2||blood flow:2||RIROB(Reactor Inspection Robot):2||벤토나이트 버퍼:2||structural strength:1||surgical instruments:1||temperature distribution:1||thin walled structures:1||yield criterion:1||yield stress:1||가공제작:1||가압경수로 처분용기:1||고준위폐기물 다발:1||고준위폐기물다발:1||구조적 안전성 평가:1||구조적 안전성평가:1||구조해석 비교연구:1||기구동역학 수치해석:1||기구동역학해석:1||나란한 다발 배열:1||다물체 동역학:1||다물체간 충돌:1||단면형상 변화:1||복합구조물:1||비선형 탄성변형률:1||비선형구조해석:1||사용 후 핵연료:1||수치해석:1||시험설계:1||암반 전단력:1||열응력:1||온도분포:1||외곽쉘:1||운동방정식:1||유한요소 정적 구조해석:1||유한요소법:1||유한요소해석법:1||임플란트 시험제품:1||임플란트 종류:1||정사각형 단면형상 다발:1||주철삽입물:1||중수로:1||지하수압:1||최적화:1||추락낙하 사고:1||팽윤압:1||항복조건:1||Accidental drop and impact event:1||회전된 다발 배열:1||Blood pressure:1||Canadian Deuterium and Uranium reactor:1||Collision impact:1||Computer aided engineering system:1||Dental Implant System:1||Drop and Collision:1||Edwards MIRA 기계식인공심장판막:1||Flat and Curved Mechanical Heart Valve Prostheses:1||Fluid Force:1||Impact Theory:1||Impact impulse:1||JawBones:1||Leaflet Motion:1||Leaflet thickness:1||Linear and nonlinear structural analyses:1||MDO(Multidisciplinary Design Optimization) Methodology:1||MHV (mechanical heart valve) prosthesis:1||Masticating:1||Numerical analysis:1||Numerically generated results:1||Rigid Body Dynamic Analysis:1||Rigid Body Dynamics Analysis:1||Rigid body dynamic analysis:1||Spent Nuclear Fuel Disposal Canister:1||Spent nuclear fuel disposal canister:1||Structural Analysis:1||Structural Stress Analysis:1||Structural mechanic analysis:1||Structural strength:1||Structural strength comparison:1||Theoretically computed analytical results:1||accidental drop and impact:1||bifurcation functional:1||bifurcation modes:1||bileaflet mechanical heart valve (MHV) prosthesis:1||cardiopulmonary bypass:1||characteristic equation:1||collision between multibody:1||composite structure:1||computational fluid dynamics (CFD):1||cross section shape change:1||deep repository:1||deformed motion:1||design variables:1||dynamic and static responses:1||edwards mira mechanical heart valve:1||equation of motion:1||finite element analysis methodology:1||finite element static structural analysis:1||finite element stress analysis:1||flat and curved mechanical heart valve prostheses:1||fluid force:1||fluidstructure interaction (FSI):1||full Lagrangian formulation:1||geological repository:1||hemodynamic assessment:1||hemodynamic processes:1||impact load:1||inner basket array type:1||leaflet motion:1||leaflet thickness:1||mechanical heart valve (MHV):1||minimum leaflet thickness:1||multibody dynamics:1||multidisciplinary analysis manner:1||nonlinear elastic strain:1||nonlinear finite element analysis:1||numerical analysis:1||numerical rigid body dynamic analysis:1||optimization:1||prosthetic valve:1||pulsatile flow:1||rigid body motion:1||rigid surfaces:1||rock movement:1||square cross section shape basket:1||storenrice hypoelastic material:1||strain energy density function:1||structural deformations and stresses:1||

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