저자의 연구 키워드

저자의 연구 키워드

#감쇠진동

#경사각

#고유진동수

#고유진동형

#곡선맞춤법

#관성모멘트

#교배

#구조특성행렬

#단진자

#돌연변이

#동흡진기

#드라이도크

#모드합성법

#모드해석

#목적함수

#보의 횡진동

#부분구조

#부분구조 모드합성법

#부진동장치

#비례감쇠

#비선형운동방정식

#선형운동방정식

#스키드 진수법

#안티롤링

#안티롤링 진자

#안티롤링 탱크

#왕복관성력

#위치벡터

#유전알고리즘

#유한요소법

#육상 건조

#자손

#자유자이로

#자이로벡터

#자전각속도

#적경

#점성감쇠계

#조상

#주파수응답함수

#진동해석

#진수

#축계진동

#플로팅도크

#플로팅도크 제어기

#형상함수

#Ancestor

#Ancestor(조상)

#angular velocity of the earth's rotation

#Anti-Rolling

#Anti-Rolling Pendulum

#Anti-Rolling Pendulum(ARP)

#Anti-Rolling Tank

#Anti-Rolling Tank(ART)

#ARP)

#ART)

#boundary element method

#characteristics of the dynamic response

#Children

#Children(자손)

#Component Mode Synthesis Method

#container yard

#Crossover

#Crossover(교배)

#Curve fitting method

#Curve Fitting Method(곡선맞춤법)

#curve-fitting method

#Damped vibration

#Dry dock

#Dynamic absorber

#experimental modal analysis

#FEM

#Finite Element Method

#Floating dock

#free gyro

#Frequency response function

#Frequency Response Function(주파수응답함수)

#Genetic algorithm

#Genetic Algorithm(유전알고리즘)

#gyro vector

#Haeguem

#Inertia moment

#Korean musical instruments

#Lateral Vibration of Beam

#Launching

#Linear Equation of Motion

#Loading out

#mega-float offshore structure

#Modal Analysis

#modal damping ratio

#modal parameter

#Mutation

#Mutation(돌연변이)

#Natural Frequency

#Natural Frequency(고유진동수)

#Natural Vibration Mode

#Natural Vibration Mode(고유진동형)

#Nonlinear Equation of Motion

#Objective Function

#Objective Function(목적함수)

#position vector

#proportional damping

#Radiation Characteristics

#Reciprocating rotating inertia

#right ascension

#Ritz 법

#Ritz Method

#Shaft vibration

#Shape Function

#Ship building on yard

#Ship Yard

#Simple Pendulum

#Skid launching system

#SLS

#SLS)

#Sound

#Structural Characteristic Matrices

#Structural Characteristic Matrices(구조특성행렬)

#Sub vibration system

#Sub-structure

#Sub-structure mode synthesis method

#tilt angle

#Traditional culture

#Vibration analysis

#Vviscous Damping System