ScholarWorks@Gyeongsang National University: Kim, Hyoung Ho

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Kim, Hyoung Ho (김형호)

우주항공대학 (항공우주공학부)

Research Area: 생체유체, 유체기계, 전산유체역학, Biofluid flow, Turbomachinery, CFD

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Computational Fluid Dynamics:5||Computational fluid dynamics:5||Double J stent:4||전산유체역학:4||computational fluid dynamics:3||Cavitation:3||urine flow:3||림 추진기:3||Experiment:3||Obstructive Sleep Apnea Syndrome:2||Upper Airway:2||ureter:2||Ureter:2||computational fluid dynamics (CFD):2||coronary artery:2||Urinary Tract:2||Hydrodynamics:2||Air Flow:2||Computational  fluid  dynamics:2||encrustation:2||Erosion model:1||Exhaust gas(배기 가스):1||FEM Analysis:1||FSI analysis:1||False aneurysm:1||Femoral artery:1||Filter Case:1||Floating seedling equipment:1||Floc. Coagulation:1||Flow Analysis:1||Flow Behaviour:1||Flow sensor:1||Flow simulation(유동해석):1||Hubless  rimdriven  propeller:1||Human:1||Humans:1||Hydronephrosis:1||In vitro model:1||InLine Centrifugal Pump:1||Injections:1||Keywords:1||MCE Membrane Filter:1||Magnetic field:1||Magnetic particle:1||Metal 3D Printer:1||MicroPIV:1||Models, Biological:1||Operational optimization:1||Optimal design:1||Particle  image  velocimetry:1||Patientspecific modeling:1||Pillow Height:1||Pump scheduling:1||Rimdriven  propeller:1||Rimdriven  thruster:1||SPIM:1||Saturation Pressure:1||Scapharca subcrenata:1||Stenosis:1||Stent:1||Stents:1||Strainer:1||Strainer(스트레이너) ABSTRACT As:1||Submersible drainage pump:1||Submersible pump:1||Surgery:1||Swimming Pool Filtration System:1||Swimming pool filtration system(수영장 여과 시스템):1||Temperature(온도):1||ThreePhase Eulerian CFD:1||Thrombin:1||Tunable Diode Laser Absorption Spectroscopy(가변 다이오드 레이저 흡수 분광법):1||Twophase flow:1||Underwater  robot:1||Upper urinary tract:1||Ureter Obstruction:1||Ureteral Obstruction:1||VMS:1||Vein:1||Venous Valve:1||Vesicoureteral reflux:1||WSS:1||Wake  characteristics:1||Water Tank:1||adjusted pressure coefficient:1||blood flow:1||double J stent:1||doubleJ stent:1||eDNA:1||femoral artery pseudoaneurysm:1||flow analysis:1||fluidstructure interaction:1||in vitro experiment:1||in vitro techniques:1||orthognathic surgery:1||percutaneous thrombin injection:1||pharyngeal airway:1||plaque rapture:1||plaque rupture:1||porcine blood:1||pressure drop:1||solidliquid twophase:1||stent:1||submersible drainage pump (SDP):1||thrombosis modeling:1||upper airway volume:1||ureter stent:1||urine:1||von Mises stress:1||von misses stress:1||wall shear stress:1||wallshearstress:1||공기:1||공기 흐름:1||금속3D프린터:1||날:1||덕트 최적화:1||물탱크:1||베개 높이:1||부유식 채묘장치:1||상기도:1||새꼬막:1||수영장 여과 시스템:1||수중로봇:1||스트레이너:1||용존공기부상법:1||유동해석:1||유한요소해석:1||입자영상유속계:1||전산 유체역학:1||폐쇄성 수면 무호흡증:1||포화압력:1||플럭응집:1||필터케이스:1||혼합셀룰로오스 에스테르 막 필터:1||환경DNA:1||3상 오일리언 수치해석:1||후류 특성:1||Adverse Event:1||Air:1||Ambient Temperature:1||Artificial Venous Valve:1||Biological Model:1||Blades:1||Booster pump:1||Booster pumps:1||Cavitation Model:1||Computational Fluid Dynamics (CFD):1||Concentration(농도):1||Data Reconstruction(데이터 재구성):1||Detrusor muscle:1||Disssolved Air Flotation:1||Duct:1||Energy consumption:1||Energy efficiency:1||Energy savings:1||Erosion:1||

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