저자의 연구 키워드

저자의 연구 키워드

#Acceleration-based passenger model(가속도 기반 승객 모델)

#Adaptive control(적응 제어)

#Advanced evacuation analysis(승객 탈출 해석)

#Algorithm for determination of evacuating direction(탈출 경로 결정 알고리즘)

#Block assembly

#Collaborative simulation

#Computed torque control(계산 토크 제어)

#Damage Stability(손상 시 복원성)

#Design of submarine arrangement(잠수함 배치 설계)

#dynamic analysis

#Dynamic response analysis

#Environmental forces

#Environmental load(환경 하중)

#Equipment Number(의장수)

#Fire incident training

#Floating offshore structure

#FPSO

#Frequency domain

#Genetic algorithm

#Knowledge-based expert system(지식 기반 전문가 시스템)

#Laser distance sensor

#Layout method

#Lifting force

#Lifting force(인양력)

#Linearization

#Lug arrangement method

#mechanics

#Mine detection simulation

#Mooring force calculation(계류력 계산)

#Motion simulator(모션 시뮬레이터)

#Multi body system

#Multibody systems

#Numerical analysis

#Offshore plant topside

#Offshore wind turbine

#optimization

#Optimization(최적화)

#Optimizationtechnique

#Portable welding robot(포터블 용접 로봇)

#Production

#Robot control(로봇 제어)

#Robot dynamics(로봇 동역학)

#ROS (Robot Operating System)

#Salvage

#Salvage simulation(인양 시뮬레이션)

#Seabed sediment(해저 저질)

#Seam trajectory sensing

#Shipbuilding

#Simulation

#Submarine template model(잠수함 템플릿 모델)

#Sunken ship

#Time domain

#Training simulation

#UNITY engine

#USV (Unmanned Surface Vehicle)

#Virtual prototype

#Virtual reality

#Walking direction potential function(보행 방향 포텐셜 함수)

#Welding seam

#Wind and current force(풍력 및 해류력)

#Wrecked ship(침몰 선박)