ScholarWorks@Soongsil University: Suh, Sang Ho

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Suh, Sang Ho (서상호)

College of Engineering (School of Mechanical Engineering)

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Computational fluid dynamics:5||CFD:5||Fouling(파울링):4||Ureter:4||Numerical Simulation(수치해석):3||stent:3||Experiment:3||numerical analysis:3||Pressure Drop(압력강하)):2||Pseudoaneurysm:2||Pump performances (펌프 성능특성 ):2||Numerical Study(수치적 연구):2||RANS equation:2||Waste Collection Piping System(쓰레기 관로이송 시스템):2||Glycerin solution (글리세린 수용액 ):2||River Water(하천수)Fouling Resistance(파울링 저항):2||River water(하천수):2||Hard water(경수):2||Obstructive sleep apnea syndrome:2||Cavitation performance:2||Operation efficiency(운전효율):2||Heat Exchanger(열교환기):2||열관류율(Overall Heat Transfer Coefficient):2||Heat Exchanging System(열교환 시스템):2||Heat exchanging system(열교환 시스템):2||Ceramic Ball(세라믹볼):2||Cooling Water(냉각수):2||Organic Waste(음식물 쓰레기):2||Tap water(시수):2||Fouling Mitigation(파울링 저감):2||flow:2||High viscous fluid (점성이 높은 유체 ):2||NPSH(유효흡입수두):2||Energy saving rate(에너지 절감율):2||Aqueous sugar solution (설탕 수용액 ):2||Duty Cycle:1||Duty Cycle(사용율):1||Duty cycle(펌프 사용율):1||Electrical unbalance:1||Energy Saving Rate(에너지 절감율):1||Energy consumption:1||Energy saving rate:1||Erosion model:1||Extracorporeal circulation:1||FFT analysis:1||Femoral Artery:1||Femoral artery:1||Fish farm:1||Flow Behaviour:1||Flow Visualization:1||Flow analysis:1||Flow sensor:1||Fluid Structure Interaction:1||Fluidstructure interaction:1||Francis Turbine Runner(프랜시스 수차 러너):1||Francis turbine:1||Francis turbine generator:1||Geometrical shape change:1||Heart Work:1||Heart work:1||Hemodynamic characteristics:1||Hemodynamic wall parameter(HWP):1||Hemodynamics:1||HerschelBulkley:1||Homogeneous model(균질모델):1||Human aorta:1||Hydraulic excitation:1||Hydronephrosis:1||InLine Centrifugal Pump:1||Inverter Driving Centrifugal pump(인버터 구동 원심펌프):1||Inverter driving centrifugal pump system(인버터 구동 원심펌프시스템):1||Kaplan turbine:1||Keywords:1||LES:1||Mathematical Modeling:1||Mathematical modeling:1||Miniscrewassisted rapid palatal expansion:1||Multistage Centrifugal Pump:1||Multistage centrifugal pump:1||Mxillomandibular advancement suregery:1||NPSH Characteristics(유효흡입수두특성):1||NPSH3%:1||Numerical:1||Numerical Analyses:1||Numerical and PIV experimental Interpretation:1||Numerical interpretation:1||OSA (Obstructive sleep apnea):1||Operation Capabilities(운전능력):1||Optimal Piping Network Design(관로망 최적설계):1||Optimal design:1||Optimal design(최적설계):1||Optimum model:1||Oscillatory shear index(OSI):1||Outlet boundary conditions:1||PSG (Polysomnography):1||Particle Image Velocimetry:1||Performance Analysis:1||Performance evaluation(성능평가):1||Performance test:1||Peristalsis:1||Pneumatic Capsule Pipeline(PCP:1||Pneumatic Capsule Pipeline(폐쇄성 공압식 물류 이송장치):1||RANS:1||RayleighPlesset cavitation model:1||Roller bearing:1||Rotational Speed and Ttemperature Effects(회전속도 및 온도효과):1||Rotordynamics:1||SST Model:1||SST Turbulence Model:1||SST turbulence model:1||Sediment erosion:1||Shape Scanning and Modeling (형상 스캐닝 및 모델링):1||Small hydropower:1||Stenosed Coronary Artery:1||Stenosed coronary artery:1||Thermodynamic and hydraulic measurement methods(열역학적 및 수력학적 측정방법):1||Timeaveraged wall shear stress:1||Tubular turbine:1||Turbine Performances(수차 성능):1||URANS:1||Upper airway:1||Urine:1||Vane Shape Changes(베인 형상 변화):1||Vapor volume fraction(증기체적분율):1||Variable speed:1||Variable speed drive(가변속 운전):1||Variablespeed drive pump(가변속펌프):1||Viscosity Model:1||Viscosity model:1||Waste Collection System(WCS:1||Waste Collection System(생활폐기물 자동집하시설):1||Waste Collection Techniques(쓰레기 수거 기술):1||Waste clogging(쓰레기 막힘):1||Waste collection system(쓰레기 집하설비):1||Windkessel model:1||Work of Heart:1||antifouling technology:1||atherosclerosis:1||bifurcated tube:1||centrifugal pumps:1||circular cylinder:1||comparative study:1||computational fluid dynamics:1||computer simulation:1||energy saving rates:1||fouling:1||fouling factor:1||heat exchange system:1||hemodynamic:1||hemodynamic characteristics:1||hemodynamic hypotheses:1||mean duty cycle:1||physical water treatment:1||physiological flow:1||precipitation fouling:1||pressure:1||sinusoidal flow:1||tip clearance:1||turbulent flow:1||urine flow:1||variable speed drive:1||velocity:1||vision technique:1||wall shear stress:1||waveform:1||생활폐기물 집하시설):1||수치해석:1||수학적 모델링:1||심장 일:1||이식우회로술의 효과:1||점도 모델:1||캡슐 수송 장치):1||AHI (Apnea hypopnea index):1||협착된 관상동맥:1||ANSYSCFX:1||Analyses:1||Anastomosis, surgery:1||Arteriovenous Grafting:1||Blood Flow Characteristics:1||Blood flow:1||Booster pump:1||Bypass Grafting Effects:1||Bypass grafting effects:1||CFD (Computational fluid dynamics):1||CFD simulation:1||CFD(전산유체역학):1||Capsule Shape(캡슐 형상):1||Casson:1||Cavitating flow analysis(공동현상 유동해석):1||Cavitation:1||Cavitation Incipient(캐비테이션 시작점):1||Cavitation Model:1||Cavitation Model(캐비테이션 모델):1||Cavitation model:1||Cavitation(캐비테이션):1||Cavitationerosion:1||Centrifugal Pump(원심펌프):1||Computational Fluid Dynamics:1||Computer Simulation(컴퓨터 시뮬레이션):1||Computer simulation:1||Confluent pipe(합류관):1||Coronary artery:1||Coronary artery bypass:1||DES:1||Design Criteria(설계기준):1||Design factors:1||Double J Stent:1||Double J stent:1||

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