저자의 연구 키워드

저자의 연구 키워드

#광섬유형 ESPI

#내부 결함

#면외변위 ESPI

#바이오디젤 혼합 연료

#박리점

#배기 배출물

#벌크형 ESPI

#압력용기

#연소압력

#열교환기

#열발생율

#오염저항

#정체점

#제동 연료소비

#조도효과

#지열수스케일

#Air injection

#bike

#Bio-diesel blended fuel

#Bio-Diesel(바이오디젤)

#Brake specific fuel

#Bulk Type ESPI

#Combustion pressure

#Combustion Pressure(연소압력)

#Compound additive(첨가제)

#consumption

#Defeat length

#draulic cylinder

#ECU(전자 제어기)‚ Exhaust Emission(배기배출물)

#EGR

#EGR(배기가스재순환)

#Electrospinning

#Engine oil

#Exhaust emission

#Exhaust Emissions(배기배출물)

#Extreme pressure(극압)

#Fast acceleration

#Fly ash

#Fouling resistance

#Geothermal water scale

#Heat exchanger

#Heat release rate

#IMEP

#IMEP(도시평균유효압력)

#Impeller

#Indicated mean effective pressure

#Internal Defect

#Laser-based Resonant Ultrasound Spectroscopy (레이저 공명 초음파 분광법)

#Lubrication

#Micro Crack (미세결함)

#Nanocomposites

#Non-contact (비접촉)

#Non-destructive (비파괴)

#oil hy

#Oil pressure

#Optic Fiber Type ESPI

#Optic-fiber ESPI

#Out-of-Plane ESPI

#Pilot Injection(예비분사)‚ EGR(배기가스재순환)

#Polyacrylonitrile

#Pressure Vessel

#Pressure vessel liner

#Quantitative analysis

#Rate of heat release

#Rate of Heat Release(열발생율)

#Resonant (공명)

#Response performance

#Roughness effect

#Separation point Stagnation point

#Spectroscopy (분광학)

#Surface modifiation

#Tribological characteristics(윤활특성)

#Turbocharged diesel engine

#Turbocharger lag

#Ultrasound (초음파)

#Volatile organic compounds

#Wear

#Wear debris

#Wear(마모)