ScholarWorks@Gyeongsang National University: Yang, Young Joon

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Yang, Young Joon (양영준)

공과대학 (미래자동차공학과)

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Tel 0557723646
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Monel material(모넬소재):4||Optimal Design(최적설계):4||Hot Air:3||Special Alloy:3||Solar collector:3||Special alloy(특수합금):3||Hydrogen embrittlement(수소취성):3||Thermal Flow:3||구조해석:3||태양열집열기:3||Marine Medium Diesel Engine(선박중형디젤엔진):2||온수:2||PLC:2||Stability:2||Stability(안전성):2||Hot water:2||Fuel Injection System(연료분사시스템):2||Rolling(압연):2||Molecular dynamics method:2||Molecular dynamics method(분자동역학법):2||Hydrogen Embrittlement:2||Structural analysis:2||Structural analysis(구조해석):2||Peeling Machine:2||SUS Bar:2||Monel Material:2||SUS Hexagonal Bar(SUS 육각봉):2||디스크스프링:2||Combustion Characteristics(연소특성):2||SUS 환봉:2||Safety Factor:2||Safety Factor(안전율):2||Disc spring:2||Cooling System(냉각시스템):2||Thermal flow:2||태양에너지:2||Thermal flow(열유동):2||Absorption device of solar heat:2||태양열에너지:2||선박디젤엔진:2||Thermoelectric generator:2||Flexible joint(신축이음관):2||Plunger Cylinder(플런저실린더):2||Drawing:2||Airheating Collector:2||Shell &:2||Forced Pulsating Flow(강제맥동류):2||Fuel Injection Pump(연료분사펌프):2||Adherent molecules (부착분자):2||Evaporation(증발):2||Binary Image(2치화화상):2||형상최적화:2||Adhesion(부착성):2||Hexagonal bar(육각봉):2||안전율:2||Intermittent Combustion(간헐연소):2||Low NOx(저 NOx):2||Solar Heat:2||High temperature gas(고온가스)기호설명:2||열발전소자:2||Solar energy:2||열유동:2||Solar heat:2||Renewable energy:2||Diesel engine of ship:2||Fatigue life(피로수명):1||Filling rate:1||Finite Element Analysis(유한요소해석):1||Flow Mixing(유동혼합):1||Flow Rate of Hot Air:1||Forced Pulsating Mixture Supply(강제변동공급):1||Forging Die(단조금형):1||Forging die(단조금형):1||Fuel Injection Nozzle:1||Fuel Injection System:1||Gas burner(가스버너):1||Gas diffusion(가스확산):1||Gear Groove:1||Guide Bar(가이드 바):1||Heat Exchanger(열교환기):1||Heat Transfer:1||Heat medium:1||Heat pipe:1||Heatelectricity conversion:1||Heating Indoor Space:1||Heating system:1||Hexagonal Bolt:1||High pressure valve(고압밸브):1||Hot Forging(열간단조):1||Hybrid heating system:1||Hydrogen Gas:1||Hydrogen gas:1||Hydrogen station:1||Impact damping(충격감쇄):1||Incident energy:1||Indoor room(실내공간):1||Interaction:1||Intercooler(인터쿨러):1||Ion implantation:1||Ion implantation(이온주입):1||Large Scale Machine Tool(대형공작기계):1||Large capacity noncontact mixer:1||Leakage of water(누수):1||Loss of heat collection:1||MLCC(적층형 세라믹 커패시터):1||Marine Diesel Engine:1||Marine Diesel Engine(선박디젤엔진):1||Marine Medium Speed Diesel Engine:1||Mold Frame(몰드 프레임):1||Molecular scale:1||NIMONIC 86 Material:1||NOx Reduction(NOx저감):1||Natural Convection 자연대류:1||Noncontact Mixing(비접촉식 교반):1||Nonlinear Gear Groove(비직선기어홈):1||Nonlinear gear groove(비직선기어홈):1||Nonuniform temperature distribution:1||Nozzle Tip:1||Numerical Analysis:1||Numerical Analysis(수치해석):1||Nut:1||Ondol:1||Operation Condition:1||Operation Cost:1||Optimal Design:1||Optimal Rotation:1||Optimal operation:1||Outdoor activity(야외활동):1||Oxidation resistant(내산화성):1||PBII(plasmabased ion implantation):1||PCHEtype heat exchanger:1||Parking Gear:1||Parking Gear(주차기어):1||Parking gear(파킹기어):1||Pawl:1||Peeling:1||Percentage of passflow rate:1||Performance Evaluation (성능평가):1||Performance Evaluation(성능평가):1||Performance improvement(성능개선):1||Pipe for water supply(상수도 배관):1||Pipe for water supply(상수도배관):1||Plastic Deformation:1||Plastic deformation(소성변형):1||Portable 3 hole smallsized(휴대용 3구 소형):1||Possibility of cold room(냉방가능성):1||Power Auxiliary Apparatus:1||Power Auxiliary Apparatus(전력보조장치):1||Power Conversion Device(전력변환장치):1||Powersaving:1||Prediction:1||Premixed Combustion(예혼합연소):1||Rayleigh's Criterion(레일리판정기준):1||Reaction force of roller(롤러반력):1||Reaction force(반력):1||Rectangular Bar:1||Rectangular bar(사각봉):1||Reduction ratio of area(단면적감소율):1||Roll Unit System(롤유닛 시스템):1||Roller:1||Roller Jig:1||Roller reaction force(롤러반력):1||Rolling Force:1||Rotation and Revolution(자전과 공전):1||Roto cap:1||SOC(사회간접자본):1||SUH 3 and STS 316 Materials:1||SUS Hexagonal Bar:1||SUS hexagonal bar(SUS 육각봉):1||SUS 육각봉:1||Safety Criterion:1||Safety factor:1||Safety load(안전하중):1||Saving of manufacturing cost:1||Seebeck effect:1||Shape Optimization:1||Shape Optimization(형상최적화):1||Shape optimization:1||Simulator:1||Single Shell:1||Small Marine Diesel Engine(소형선박디젤엔진):1||Small Scale Power(소규모전력):1||Smallscale electricity:1||Smallsized Shell and Tubetype Heat Exchanger:1||Smallsized hot water heater:1||Solar Collector with Double Evacuated Tube:1||Solar Collector with Single Evacuated Tube:1||Solar Collector(태양열집열기):1||Solar Heat Energy:1||Solar collector of thermosyphon tube type:1||Solar heat energy:1||Solar heat(태양열):1||Solid surface:1||Special heat medium:1||Stability(안정성):1||Stand Module:1||Straight double tubetype:1||Structural Analysis:1||Structural Stability:1||Structural Stability(구조적 안정성):1||Structural stability(구조 안전성):1||Surface Treatment:1||Surface Treatment(표면처리):1||Surface treatment:1||Surface treatment(표면처리):1||Swarf Crusher(파쇄기):1||System interface:1||System of performance test:1||Thermal Flow(열유동):1||Thermal Resistance:1||Thermal Stress(열응력):1||Thermal analysis:1||Thermoelectric Generator(열발전소자):1||Thermosyphon tubetype:1||Thin Film of (Ti:1||Thin Film(박막):1||Thin film coating(박막코팅):1||TiN(질화티탄):1||Tube damage(튜브손상):1||TubeType Heat Exchanger:1||Tubetype heat exchanger(쉘앤튜브형열교환기):1||Turning wheel(터닝휠):1||Ultimate Strength:1||Unpowered:1||Unpowered cooling and heating:1||Unsteady Combustion(비정상연소):1||Vacuum Degree:1||Variable Roll Unit:1||Ventilation:1||Ventilation(환기):1||Warm Water(온수):1||Waste Heat(폐열):1||Water Tank(물탱크):1||Water leakage(누수):1||Wear resistant(내마모성):1||Wearresistant(내마모성):1||XL pipe boiler:1||XL 파이프 보일러:1||가변형 롤유닛:1||구동기어:1||구속조건:1||극한강도:1||기어홈:1||난방시스템:1||냉각수(Coolant):1||냉각시스템:1||냉난방 겸용장치:1||노즐팁:1||농업용시설:1||다이:1||단일진공관태양열집열기:1||대용량 비접촉식 교반기:1||대형중앙집중식:1||동특성(Dynamic characteristics):1||로터캡:1||로터캡바디:1||롤러지그:1||멈춤쇠:1||무동력:1||박피:1||반복하중:1||분기배관:1||분자동역학법:1||분자스케일:1||불균일온도분포:1||상호작용:1||선박중속디젤엔진:1||성능검사시스템:1||소규모전기:1||소형온수히터:1||수소 가스:1||수소스테이션:1||수치해석:1||스텐드 모듈:1||시스템인터페이스:1||신재생에너지:1||안전계수:1||안전기준:1||안전성:1||안정성:1||압연력:1||에너지절감:1||연료분사노즐:1||연료분사시스템:1||열매체:1||열사이폰관형:1||열사이폰관형 태양열집열기:1||열전달:1||열전도 해석:1||열전변환:1||열해석:1||예측:1||온돌:1||육각볼트너트:1||이온주입:1||이중관열교환기:1||이중진공관태양열집열기:1||이중진공관형:1||인발성형:1||인발성형시스템설계:1||인쇄기판형 열교환기:1||입사에너지:1||자동용접시스템:1||자동차엔진:1||전력:1||전력보조장치:1||전력절약형:1||절삭온도:1||접촉위치:1||접촉저항:1||제벡효과:1||제작비용 절감:1||직선이중관식:1||진공도:1||집열성능:1||집열손실:1||최적 회전수:1||최적설계:1||최적운전:1||충진율:1||태양열:1||태양열 집열장치:1||통과유량백분율:1||특수열매체:1||특수합금:1||틈새:1||파킹기어:1||표면원자층:1||표면처리:1||피로파손:1||피로해석:1||필링기계:1||필링머신:1||하이브리드 난방시스템:1||확산접합:1||환기:1||흡수판:1||(무동력 냉난방):1||히트파이프:1||(신재생에너지):1||(태양열):1||(태양열흡수장치):1||AIP(아크이온플레이팅):1||Absorber Plate:1||Adherent molecules:1||Agricultural facility:1||Airheating collector(공기가열집열기):1||Analysis of Heat Conduction:1||Automatic welding system:1||Automotive Engine(자동차엔진):1||Automotive engine:1||Baffle:1||Bearing and shaft(베어링 및 축):1||Behavior of Thermal Flow:1||Bigsized central heating:1||Body of roto cap:1||Branch pipe:1||Buoyancy Effect:1||Burnt gas:1||CO2 welding:1||CO2 용접:1||Chip Briquette System(칩압착시스템):1||Chip Processing System(칩처리시스템):1||Clamp(클램프):1||Clearance:1||Cold forging(냉간단조):1||Combustion Oscillationl(연소진동):1||Comparative Analysis:1||Constraint condition:1||Contact Location:1||Contact resistance:1||Coolant(냉각수):1||Cooling and heating combined device:1||Cooling system:1||Cr)N(질화 티탄크롬 박막):1||Cut Rate:1||Cutter Analysis(커터해석):1||Cutting Temperature:1||Cyclic load:1||Damage prediction (손상예측):1||Data Similarity(데이터유사성):1||Design of Drawing System:1||Die:1||Die(금형):1||Diffusion bonding:1||Double evacuated tubetype:1||Double tubetype heat exchanger:1||Drawing Process:1||Drawing Process System(인발성형 시스템):1||Drawing Process(인발성형):1||Drawing system(인발성형시스템):1||Drawing(인발):1||Driving gear:1||Durability(내구성):1||Efficiency of heat collection:1||Electric power:1||Electronic Materials(전자재료):1||Energysaving:1||Evaporation:1||Exhaust Valve:1||Extrusion:1||Fatigue analysis:1||Fatigue damage:1||

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