저자의 연구 키워드

저자의 연구 키워드

#강화유리

#고속 열차

#고속열차

#고속철도(High speed train)

#공기역학

#공기저항

#공기저항저감

#공력최적설계

#높임침목

#대차

#대차커버

#동력분산

#동력집중

#미기압파

#미기압파예측

#민감도 분석

#반강화유리

#보호필름

#비정상유동(Unsteady Flow)

#상용고속열차

#소음해석

#시스템 설계

#실내/외 압력변동

#실내압력변화율

#압력파

#열차형상함수

#유리창

#이명감

#일반유리

#자갈비산 확률

#전두부

#전두부 최적설계

#전산시뮬레이션

#전산유체역학

#전산유체역학(CFD)

#전산해석

#전체공기저항

#전후대칭열차

#주행저항

#주행저항식

#차량연결부

#차세대고속전철

#철전두부 형상

#최적설계

#충격파손특성

#터널

#터널(Tunnel)

#특성 해법

#틸팅차량

#풍동시험

#현장계측

#형상최적설계

#Aerodynamic drag

#Aerodynamic Drag Reduction

#Aerodynamic Drag Reduction(공기저항저감)

#Aerodynamic drag(공기저항)

#Aerodynamic Optimization

#Aerodynamics

#Annealed glass

#Ballast-flying probability

#Bogie fairing

#Cavity 유동

#Cavity Flow

#CFD

#Characteristics Method

#Commercial high-speed train

#Computational fluid dynamics(전산유체역학)

#Concentrated power

#Design optimization

#Dielectric barrier discharge(유전 체장벽방전)

#Dielectric Barrier Discharge(유전체 장벽 구동기)

#Ear-discomfort

#Field measurement

#Front-rear symmetric train

#Gangway

#Heat strengthened glass

#Heighter

#High speed train

#High-speed train

#High-speed train(고속열차)

#Impact damage characteristics

#Internal pressure variation rate

#Internal/External Pressure variation

#KTX산천

#KTX-SanChon

#Lithium Ion Battery(리튬이온전지)

#Loop Heat Pipe(루프히트파이프)

#Micro pressure wave

#Micro-pressure wave prediction

#Multiple Power

#Next Generation High Speed Train

#Noise Analysis

#Nose shape

#Nose shape optimization

#Numerical simulation

#Plasma Actuator(플라즈마 구동기)

#Plasma Flow Control(플라즈마 유동제어)

#Pressure wave

#Protective film

#Resistance formula

#Response Surface Model(반응면 모델)

#roof cover(상부커버)

#Running resistance

#Sensitivity analysis

#Shape Optimization

#Surface pressure(표면압력)

#System deign

#Tabu Search(타부서치)

#Tempered glass

#Total aerodynamic drag

#TTX(Tilting Train eXpress)

#Tunnel aerodynamics

#Vehicle Modeling Function

#Wind tunnel test(풍동시험)

#Window glass

#Windtunnel test