저자의 연구 키워드

저자의 연구 키워드

#3D Printer(3D 프린터)

#ANOVA(분산분석)

#Automatic Tool Changer (자동공구교환장치)

#Bearing Internal Clearance(베어링 내부 내부틈새)

#Bearing Internal Clearance(베어링 내부틈새)

#Bearing Load (베어링 하중)

#Composites Material(복합소재)

#Contact analysis(접촉 해석)

#Critical Speed (위험속도)

#Cutting Force Prediction(절삭력 예측)

#Cutting force(절삭력)

#Design of Experiments (실험계획법)

#Difficult-to-cut Material(난삭재)

#Double Enveloping Worm Gear (장구형 웜기어)

#Elastic-plastic analysis(탄소성 해석)

#Fatigue life

#FEM analysis (유한요소해석)

#FEM(유한요서해석)

#Finite Element Analysis (유한요소해석)

#Finite Element Analysis(유한요소해석)

#Finite Element Method(유한요소법)

#Form Error(형상 오차)

#Harmonic Analysis(조화가진해석)

#High Speed Spindle(고속 스핀들)

#High Speed Spindle(고속주축)

#High-speed Spindle (고속주축)

#High-speed Spindle (초고속 스핀들)

#Interactions Plot(상호효과도)

#Laser-assisted Machining(레이저보조가공)

#Machine Learning(머신러닝)

#Machine tool

#Machine Tool (공작기계)

#Machine Tool(공작기계)

#Machine Tools (공작기계)

#Machining Accuracy(가공 정밀도)

#Machining Accuracy(가공정밀도)

#Main spindle

#Marketability (시장성)

#Measurement Method

#Milling(밀링가공)

#MQL machining(MQL 가공)

#Optimum cutting conditions(최적 절삭조건)

#Optimum Shape Design (최적 형상 설계)

#Paper (논문)

#Patent (특허)

#Patent Map (특허맵)

#Pipe bending(파이프 굽힘)

#Preload(예압)

#PSM (Problem Solution Map)

#Redesign Model (재해석 모델)

#Reduction Gear (감속기)

#Relative Deformation(상대 변형량)

#Remanufacturing

#Response Surface Method(반응표면법)

#Response surface methods(반응표면법)

#Rolling bearing

#Selection of Bearing Position (베어링 위치 선정)

#Shrink Fit(억지끼워 맞춤)

#Spindle (주축)

#Spindle(주축)

#Spring back(스프링백)

#Stiffness(강성)

#Structural Analysis (구조 해석)

#Surface roughness(표면거칠기)

#Taguchi Method (다구찌 실험계획법)

#Taper Angle Variation(테이퍼각 변화)

#Technology

#Thermal Expansion(열팽창)

#Tilting Index Table (틸팅 인덱스 테이블)

#Turning Process(선삭공정)

#Turning(선삭가공)

#Variation of the pipe thickness(파이프 두께 변화)

#Vibration tests