ScholarWorks@SOONCHUNHYANG UNIVERSITY: Kim, KUG WEON

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Kim, KUG WEON (김국원)

College of Engineering (Department of Mechanical Engineering)

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Nanoimprint Lithography:4||Residual Layer Thickness:3||Thermal NIL:2||Thermal Nanoimprint Lithography:2||설계:2||Heat Flow:2||Flow Simulation:2||UV NIL:2||Performance Indicator:2||제작:2||Youth Employment Academy:2||Cooling System:2||Filling process:2||Operation Organization:2||Cooling Channel:1||Cooling Process:1||Digital New Technology:1||Dispensing method:1||Droplet volume:1||Dynamic load:1||Dynamic stiffness:1||Elastomer:1||Final Employment Rate:1||Flow Velocity:1||Flow analysis:1||Hyperelasticity:1||Imprinting Temperature:1||Industrial ventilation system:1||Input Shaping:1||LaborManagement Relation:1||Large Area:1||Linear Motor:1||Local ventilation:1||Machine learning:1||Mold cavity shape:1||Motheye pattern:1||Nanoimprint Lithography(NIL):1||Nanoimprint experiment:1||Nanoimprint lithgraphy:1||Nanoimprint lithography:1||Natural Convection:1||Nonvacuum environment:1||Numerical Analysis:1||Numerical analysis:1||OLED:1||Optimization:1||Oral hygiene:1||Performance Evaluation:1||Polymer Flow:1||Preload:1||Pressure:1||Pressurization Conditions:1||Reduction of Residual Vibration:1||Residual Layer:1||Residual Layer Formation:1||Residual Layer Uniformity:1||Residual layer:1||Resist layer thickness:1||Roller:1||Rolling Type Imprinting Process:1||Rubber:1||Rubber Roller:1||Serious patient:1||Sharing & Cooperation Model:1||Smart Factory:1||Soft Mold:1||Spray Coating Room:1||Spray coating room:1||Stage:1||Stress Analysis:1||Temperature:1||Temperature Distribution:1||Temperature distribution:1||Thermal Flow:1||Thermoflow analysis:1||Training Certification Evaluation:1||Transferred Pattern:1||UV Nanoimprint Lithography:1||Uniformity:1||Vacuum oral cleaner:1||Velocity distribution:1||Velocity inlet:1||Viscoelastic:1||Viscoelastic finite element analysis:1||Viscoelasticity analysis model:1||Vocational Training:1||Wafer Positioning Robot:1||Work Organization:1||Workplace Innovation:1||Zinc Coating:1||dementia:1||food dish:1||nutrition intervention:1||the elderly:1||경량:1||균형보조장치:1||전기자동차:1||전기자작차:1||전동킥보드:1||접이식:1||탈부착식:1||페이스트:1||3D Printing condition:1||허브모:1||3D Printing defect:1||3D printing:1||3D프린터:1||3D프린팅:1||Adhesion force:1||Air bubble formation:1||Air flow simulation:1||Bubble:1||Bubble defect formation:1||Consulting:1||Contact angle:1||Cooler Location:1||Cooling Analysis:1||

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(31538) 22, Soonchunhyang-ro, Asan-si, Chungcheongnam-do, Republic of Korea+82-41-530-1114

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