ScholarWorks@Hongik: Ahn, Young Ju

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Ahn, Young Ju (안영주)

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

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lithiumion battery:5||Coulomb friction:3||Shakedown:3||Friction:2||Contact:2||volumetric hardening:2||crushable foam model:2||Incremental analysis:2||cylindrical 18650 cell:2||Limit analysis:2||Linear programming:2||Coupled systems:1||Cyclic Loading:1||DFT calculation:1||Damping:1||Deformed meshes:1||Energy Dissipation:1||Finite element methods:1||Frictional Contact Problem(:1||Frictional dissipation:1||Frictional energy dissipation:1||Heat treatment condition:1||Heel height:1||Hysteretic damping:1||Incompressible layer:1||Laser confocal displacement meter:1||Liquid film thickness:1||Lithium ion battery:1||Loading factors:1||Micro tube:1||Model verification:1||Nirich cathode:1||Nirich mixed metal oxide:1||Nonbonding interaction:1||Nonlinear finite element analysis:1||Periodic loading:1||Plates:1||Polyhedral water cage:1||Rigid hemisphere cleat:1||Scanning transmission electron microscopy:1||Si alloy:1||anode materials:1||bending:1||buckling load:1||cartilage repair:1||centerpin:1||composite plate:1||cylindrical cell:1||energy dissipation:1||finite element method:1||free vibration:1||frictional contact:1||functionally graded:1||hydrogels:1||impact test:1||isotropic hardening:1||lithiation:1||outofphase cyclic loading:1||postheat treatment:1||realtime monitoring:1||relaxation damping:1||residual lithium:1||suturing:1||washing:1||3D foot model:1||winding section:1||Annular flow:1||Asymptotic methods:1||Axisymmetric rigid indenter:1||Beams:1||Biomechanical characteristics:1||Bonded layer:1||CNTreinforced:1||Contact problems:1||Coulomb Friction Law:1||Coupled system:1||

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