저자의 연구 키워드

저자의 연구 키워드

#공랭식

#기뢰

#다이어프램

#방열 설계

#방열 성능

#상충관계 분석

#소음 규격

#소해

#수냉식 방열 방식

#수중스피커

#열교환기

#열전달 특성

#유동 저항

#유용도

#음압레벨

#함정탑재장비

#adhesive characteristics

#Air Borne Noise(공기기인소음)

#Air-cooled

#Bolt preload

#bonding system

#Cavitation Inception Speed(공동 발생 속도)

#Central composite design

#CFD

#Composite(복합재료)

#Cooling fan

#Cooling performance

#Cooling performance (방열 성능)

#Cooling performance(방열 성능)

#Damped free vibration response

#Damping material(감쇠재)

#Diaphragm

#Effectiveness

#Efficiency

#Efficiency(유용도)

#Electronic cabinet

#Electronic Cabinet(전자 캐비닛)

#Electronic Cabinet(전자캐비닛)

#Experimental method (실험적 방법)

#Fan Noise(팬 소음)

#Fan performance curve

#Fan(팬)

#Fin

#Fin-tube heat exchanger

#Flow Characteristic

#Flow Resistance

#Forced Air Cooling System(강제대류냉각방식)

#Forced convection

#Gasket

#glycol

#Heat dissipation design

#Heat exchanger

#Heat exchanger(열교환기)

#Heat transfer

#Heat Transfer Characteristic

#Hull-attached Sensor(선체 부착 센서)

#Leakage analysis

#Light weight shock test

#Loss Factor(손실계수)

#MIL-STD-901D

#Mine

#Minesweeping

#Modal Analysis

#Modal characteristics

#Modulus of Elasticity (탄성계수)

#Modulus of Elasticity(탄성계수)

#Noise Reduction(소음저감)

#Noise standard

#O-ring

#Outlet Structure(배출구 구조)

#physical properties

#poly urethane

#Preload imbalance

#Pre-twist Angle

#Propeller Noise(추진기 소음)

#PWM(펄스 폭 변조)

#Resonance Frequency

#Resonance Frequency(공진주파수)

#Rolling moment

#Shipboard equipment

#Sound pressure level

#Source Localization(음원 위치 추정)

#Structure borne noise (구조소음)

#Structure Borne Noise(구조기인소음)

#Trade-off Analysis

#Transmissibility

#Underwater speaker

#Underwater vehicle

#Vibration

#vulcanized rubber

#Water cooling system

#Water-cooled cabinet

#Water-Cooled Thermal Management System