ScholarWorks@Kumoh: Kim, Jun sik

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Kim, Jun sik (김준식)

College of Engineering (School of Mechanical System Engineering)

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Mixed variational theorem:6||생브낭의 원리:4||mixed variational theorem:4||Asymptotic method:3||s principle:3||유한요소해석:3||SaintVenant&apos:3||Laminated composite plates:3||혼합변분이론:3||복합재료 적층평판:3||Nonlocal Elasticity:2||saintvenant&apos:2||Stress Recovery:2||finite element analysis:2||Laplace transform:2||Nano Beams:2||model order reduction:2||Laminated composite structures:2||Shear deformation:2||stress analysis:2||stressdisplacement analysis:2||composite laminate plate:2||Geometric nonlinearity:2||laminated composite plates:2||EHSDTM:2||Free Vibration Analysis:2||Composite materials:2||Thermomechanical analysis:2||plate:2||Inplane correction factor:2||beam:2||s Principle:2||Formal asymptotic methodbased plate analysis:1||Free Vibration:1||Genetic Algorithm:1||Higherorder Derivatives:1||Higherorder plate theory:1||Imperfect interface:1||Interlayer slip:1||Isotropic Box Beam:1||Laminate mechanics:1||Laminated Composite Plates:1||Laminated Composites(적층 복합재료):1||Laminated composite:1||Laminated composite and sandwich plates:1||Laminated composites:1||Laminates:1||Laplace Transformation(라플라스 변환):1||Laplace transformation:1||Lenght Scale Effect:1||Length Scale Effect:1||Local deformation:1||MLS difference method:1||MLS 차분법:1||Mixed Variational Theorem(혼합 변분 이론):1||Modal derivatives:1||Mode selection:1||Model order reduction:1||Moving Least Square Method:1||Multiplescales:1||Nano beams:1||Nonintrusive model order reduction:1||Nonlinear Reduced Order Model:1||Nonlinear Substructuring:1||Nonlocal elasticity:1||Orthotropic beams:1||Plates:1||Porous material:1||Proper orthogonal decomposition:1||SaintVenant Principle:1||SaintVenant’s Principle:1||Sandwich plate:1||Shear Deformable Plate Theory(전단 변형 평판이론):1||Smart Composite Plate Model(스마트 복합재 적층평판):1||Spring layer model:1||Stiffness Tailoring:1||Strain energy transformation:1||Stress Resultant:1||Stress recovery:1||Stress resultant equivalence:1||Substructuring:1||ThermoMechanicalViscoelastic Analysis(열기계점탄성 해석):1||Thermomechanical behaviour:1||Thermomechanical stresses:1||Thermomechanical analysis:1||Thickness Scale:1||Timoshenko Beam:1||Timoshenko's elasticity solution:1||Transverse normal strain:1||VABS:1||Veering Phenomena:1||Virtual work principle:1||Viscoelastic analysis:1||Warping solution:1||actual systems:1||asymptotic analysis:1||asymptotic method:1||autonomous feature extraction:1||beams (structures):1||boundary condition:1||boundarylayer stress:1||complex step:1||component mode synthesis:1||composite materials:1||composite plate:1||composite plates:1||computational asymptotic analysis:1||computer simulations:1||deep learning:1||dynamic substructuring:1||end effect:1||euler–bernoulli beam:1||eulerbernoulli beam theory:1||finite difference:1||finite differential method:1||finite element method:1||formal asymptotic method:1||generalized displacement control method:1||genetic algorithm:1||geometric nonlinearity:1||higherorder derivatives’ continuity:1||hyperdual number:1||machine learning:1||mixed variational theory:1||modal derivatives:1||negative Poisson effect:1||nonlinear finite element method:1||nonlinear model order reduction:1||nonlinear stiffness derivative:1||nonlinear substructuring:1||outofplane warping:1||papkovichfadle eigenfunction:1||plate theory:1||saintvenant’s principle:1||sandwich plate:1||sandwich plates:1||size effect:1||strain energy transformation:1||strain gradient elasticity:1||surface tension:1||tension buckling:1||thermal stress:1||thermal stress improvement:1||thermomechanicalviscoelastic analysis:1||thinwalled box beam:1||torsional spring:1||transfer learning:1||transverse normal deformation:1||transverse normal strain effect:1||transverse stresses:1||vibrations:1||viscoelastic response:1||wind turbine blade:1||강성재단:1||강화된 고차전단변형이론:1||경계층 응력:1||고전 보 이론:1||고차미분 연속성 요소:1||곡률:1||국소변형:1||굽힘전단 연계:1||기계 및 열응력 개선:1||기계 하중):1||나노 보:1||논로컬 탄성론:1||다공성 재료:1||동특성:1||등방성 박스보:1||면외 워핑함수:1||모델 축소법:1||모드미분:1||박판 박스 보:1||변위응력해석:1||보:1||복합재료:1||복합재료 평판:1||부분구조화:1||비선형 부분구조화:1||비선형 유한요소법:1||비선형 축소모델:1||비어링 현상:1||비틀림 스프링:1||샌드위치 평판:1||열응력:1||오일러베르누이 보 모델:1||유전자 알고리즘:1||유한요소 해석:1||음의 포아송 효과:1||응력 회복:1||응력해석:1||이방성보:1||인장 좌굴:1||일반화된 변위 제어 방법:1||자유진동:1||전산점근해석:1||점근해석:1||판:1||팝코비치패들 고유함수:1||평판이론:1||풍력 블레이드:1||합응력:1||횡방향 수직 변형:1||횡방향 수직 변형이 고려된 개선된 일차전단변형이론(EFSDTM_TN):1||횡방향 응력:1||Analytical solution:1||휘어지고 비틀린 보:1||Anisotropic beams:1||Arbitrary transverse stress field:1||Asymptotic Analysis:1||Asymptotic analysis:1||Asymptotic expansion method:1||BendingShear Coupling:1||Bimoment:1||Boundary conditions:1||Boundarylayers:1||Buckling Analysis:1||C0type zigzag theory:1||Classical Lamination Theory:1||Classical lamination theory:1||Component mode synthesis:1||Composite beams:1||Composite laminates:1||Composite plate:1||Computational modeling:1||Coupled ElectroMechanical Loading(연성된 전기:1||CraigBampton 방법:1||Crosssectional analysis:1||Curvature:1||Curved and Twisted Beam:1||Delamination:1||Dynamic Characteristics:1||EFSDTM_TN:1||FAMPA:1||FEM:1||Finite Element Analysis:1||Finite element analysis:1||Finite element method:1||

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