저자의 연구 키워드

저자의 연구 키워드

#공조시스템(HVAC

#구난역

#구조변경

#기도(Airway)

#난류모델(Turbulence Model)

#난류운동에너지(Turbulence kinetic energy)

#대심도 지하역사

#동정맥루(Arteriovenous Fistula)

#동정맥루(Arteriovenous Graft

#맥동유동(Pulsatile Flow)

#벽전단응력(Wall Shear Stress)

#비뉴턴유체(Non-Newtonian Fluid)

#비정상유동(Unsteady Flow)

#심리적 압박감

#연기 전파

#연기거동

#연기와의 상호작용

#열쾌적성(Thermal Comfort)

#재순환영역(Recirculation zone)

#저항감소(Drag Reduction)

#전단응력(Wall shear stress)

#전산유체역학

#전산유체역학(CFD)

#전산유체역학(Computational Fluid Dynamics)

#정상유동(Steady Flow)

#주기가속도(Periodic Acceleration)

#주기가속도(Periodic Body Acceleration)

#지하철역

#차량승객실(Vehicle Compartment)

#축소 모델

#카데터(Catheter)

#터널 화재

#터널화재

#투석량 (Delivered Dose)

#파장별 태양 복사(Spectral Solar Radiation)

#파장별 태양복사(Spectral Solar Radiation)

#피난

#피난해석

#혈류역학(Hemodynamics)

#혈액투석(Hemodialysis)

#호흡량(Inspiratory flow rate)

#화재

#환기 시스템

#Absorptance(흡수율)

#and Air Conditioning System)

#AVF Graft)

#Blood Flow(혈류)

#Brake

#CFD(전산유체역학)

#CFD(Computational Fluid Dynamics)

#Deeply underground subway station

#Disc

#Dynamic Mesh Models(동격자 모델)

#Evacuation

#Evacuation simulation

#Fanger 모델(Fanger Model)

#FDS_EVAC

#FEM

#Fire

#Flared section(확폭구간)

#Fluid-Structure Interaction(유체-구조물 상호작용)

#Frictional Heat

#Fuel economy(연비)

#Heating

#HVAC(공조시스템)

#Interaction between smoke and human

#Micro Pressure Wave(미기압파)

#Modified VHS 모델

#Modified VHS Model

#MVHS 모델

#MVHS(Modified Volumetric Heat Source) Model

#Pad

#Pre-Action Sprinkler System(준비작동식 스프링클러)

#Pre-Action Valve(소방용 준비작동식 유수제어밸브)

#Psychological stress

#Reduced model

#Reflectance(반사율)

#Rescue Station

#Rotational Effect(회전효과)

#Smoke Propagation

#Solar radiation(태양복사)

#Stenosis(협착)

#structure modification

#Subway station

#Transmittance(투과율)

#Tunnel Fire

#Ventilation

#Ventilation system

#Vertical Air-shaft(수직터널)

#Water Hammering(수격현상)

#Wavelength(파장)

#Windshield(차량 전면 유리창)