ScholarWorks@Kumoh: Park, Junyoung

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Park, Junyoung (박준영)

College of Engineering (School of Mechanical System Engineering)

Research Area: 이산요소법, 보행자 피난, 분자동력학, Discrete Element Method, Pedestrian Evacuation and Dynamics, Molecular Dynamics

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Discrete Element Method(이산요소법):4||Discrete element method:4||Discrete Element Method:4||Molecular dynamics:2||Multiscale simulation:2||Multiphysics:2||CFD Simulation(전산유동해석):2||Powder:2||Thermoelasticity:2||NeedleShaped Particle:2||Powder packing:2||Wafer Polishing Station(웨이퍼 연마장비):2||Composite Beams:2||Asymptotic Analysis:2||Wax Spin Coater(왁스 스핀코터):2||Hopper(호퍼):2||Quasimolecular dynamics:2||Evacuation:2||FEM:2||분체:2||Particle Rotating Damper(분체 회전 감쇠기):2||Rolling Container(회전형 용기):2||discrete element method:2||이산요소법:2||침상형 입자:2||Shot blasting:2||3D Air Flow(3차원 기류):2||Silicon Wafer(실리콘 웨이퍼):2||Particle Sloshing (분체 슬로싱):2||Flexible rod:1||Flowprediction Model:1||Frontloading washing machines:1||Geometric nonlinearity:1||Glass Fiber Cooling:1||Glass Transition:1||Glasses, metallic:1||Granular PIV(분체 PIV):1||Growing particle:1||Helium Injection Cooling:1||Hopper flow:1||Identification:1||Impellerimpact type:1||Interrogation Area(상관 영역):1||Mice experiments:1||Microstructure:1||MultipleOutlet silo:1||Nonintrusive model order reduction:1||Nonlinear beam model:1||Optical Fiber Manufacturing:1||Overload(과대 하중):1||Parallel Bond Model:1||Particle Image Velocimetry(입자 영상 유속계):1||Particle Shape(입자형상):1||Particle generation:1||Particlesize:1||Pedestrian Bottleneck(보행자 병목현상):1||Pedestrian Flow:1||Porosity:1||Powder Packing(분체패킹):1||Powder(분말):1||Process optimization:1||Proper orthogonal decomposition:1||Radial distribution function:1||Regression Equation(회귀방정식):1||Resolution(해상도):1||Rodent Experiment(설치류 실험):1||Rotating Body(회전체):1||Simple Kinematic Theory:1||Simple Kinematic Theory( 단순 운동학 이론):1||Simulations, atomistic:1||Social Force Model:1||String vibration:1||Surface Crack(표면균열):1||Taguchi:1||Uniformity:1||Vibration frequency:1||Washboarding(빨래판 현상):1||Washboarding(와시보딩):1||Zr2Cu nanocrystals:1||abrasion:1||chemical washing:1||complex step:1||connected particle model:1||crack:1||detergency:1||door hinge:1||finite difference:1||formability:1||geometric nonlinearity:1||highly density fluctuated state:1||hyperdual number:1||mechanical washing:1||model order reduction:1||molecular dynamics simulation:1||noncarious cervical lesion:1||nonlinear stiffness derivative:1||open source software:1||optimize:1||particle image velocimetry:1||plane stress condition:1||shear band:1||sheet metal:1||specific power:1||toothbrush:1||zirconium copper binary amorphous alloy:1||공정 최적화:1||광섬유 생산:1||쇼트 블라스팅:1||유리섬유 냉각:1||유한요소해석:1||전산유체역학:1||헬륨 주입냉각:1||Angle of repose:1||Atomic Strain:1||Bonded Particle Model:1||Bulk Metallic Glasses:1||CFD:1||Carbon Steel for Machine Structure(SM45C):1||Coated Carbide Tool(피복초경공구):1||Cokes Fracture:1||Completely flexible fiber model:1||Composite plate:1||Contact Model(접촉모델):1||Coordination number:1||Coverage:1||Crack Growth Retardation Phenomenon(균열성장 지연현상):1||Critical Velocity(임계속도):1||Crosslaminated timber:1||Crowd Flow(군중 유동):1||Cutting Force(절삭력):1||DEM (Discrete Element Method) Rigid fiber model:1||Delayed Retardation(지체 지연현상):1||Desired velocity:1||Discharge(배출):1||Effective orthotropic elastic modulus:1||Electric Shock(전기 충격):1||Electric shock:1||Evacuation Flow(대피 유동):1||Fiber simulation:1||Finite element model:1||

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