ScholarWorks@Korea University: Noh, Gun woo

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Noh, Gun woo (노건우)

College of Engineering

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Bathe method:4||Design optimization:3||Metaheuristics:3||periimplant bone stability:2||dental implant:2||Deep neural network:2||Direct time integrations:2||Implicit schemes:2||Finite element analysis:2||Structural dynamics:2||needles:2||Surrogate model:2||Camera calibration:1||Cubic marker:1||Wave propagation:1||Method of finite spheres:1||Tubular structure:1||finite element analysis:1||Robots:1||Order of accuracy:1||Dental implants:1||Numerical models:1||Transient dynamics:1||Trapezoidal Rule:1||Mandible:1||Biomechanics:1||Auxetic pattern:1||Active data generation:1||Data models:1||Transformer cores:1||finiteelement analysis:1||implantsupported bridge:1||Deep neural networks:1||Optimization:1||Topology:1||Bending:1||surgical robotics:1||finitedifference timedomain:1||navigation:1||Steerable catheters:1||Imposing displacements:1||Modified Gaussian quadrature:1||Osteonecrosis:1||Dental implant:1||Physical damping:1||datadriven method:1||Hyperparameter optimization:1||mandibular reconstruction:1||Computational modeling:1||Computed tomography:1||Bioinformatics:1||Neural network:1||Enriched finite elements:1||Direct time integration:1||MnZn ferrite:1||surrogate model:1||Largescale expensive problems:1||Kriging:1||Progressive sampling:1||Radarabsorbing structures:1||variable stiffness mechanism:1||Heat transfer:1||finite element study:1||initial bone condition:1||Implicit time integration:1||RouthHurwitz criteria:1||Mathematical models:1||Camera parameters:1||Bathe methods:1||Electron tubes:1||Shape:1||Service robots:1||deep learning:1||trans cranial focused ultrasound:1||Stability and accuracy:1||Direct inverse mass matrix:1||Ferrites:1||Coreloss:1||machine learning:1||bone remodelling:1||Position tracker:1||External loads:1||topology optimization:1||steerable catheters:1||Ultrasonic imaging:1||Acoustics:1||Surgical robotics:1||Supervised learning:1||Explicit dynamics:1||Mass matrix modification:1||NohBathe method:1||Stability:1||Accuracy:1||Multifunctioning metamaterials:1||surgical plate design:1||stress analysis:1||biomechanical safety:1||Mechanism design:1||medical robots and systems:1||Bone remodeling:1||Bone quality:1||bone remodeling:1||Transducers:1||Fabrication:1||Magnetic properties:1||

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