저자의 연구 키워드

저자의 연구 키워드

#공구수명

#국제공동개발

#국토교통부

#열영향부

#온도변화

#우주항공청

#일본 정부지원시스템

#일본정부 지원시스템

#전자빔 적층제조(Electron Beam Additive Manufacturing)

#직접분사 적층(Directed Energy Deposition)

#최소량윤활가공

#한국항공기 제조업

#항공기 제조업체

#항공우주 부품

#항공운항사

#A320

#Additive Manufacturing Ti-6Al-4V(Ti64)

#Advanced Fighter Aircraft

#Air Carriers(항공운항사)

#Aircraft

#B737

#BTF비율(Buy-to-Fly ratio)

#Bulkhead(B.H.)

#C-919

#Cluster(클러스터)

#Cold Metal Transfer (CMT) mode

#COMAC

#Combined Machining

#Commercial Aircraft

#Commercial Aircraft (상용항공기)

#Commercial Aircraft(여객기)

#Competitiveness

#Correlation

#Cost effective manufacturing(경제적 제조)

#Count Trade Guidelines (연계무역지침)

#Counter Trade(연계무역)

#Deposition efficiency(적층 효율)

#EDM(Electrical Discharge Machining)

#Eurofighter

#F-35

#Fitting Main-Fin Attach

#Heat Affected Zone Characteristics

#Hybrid algorithm

#International Joint Development(IJD)

#Investment Effectiveness

#J-20

#Japanese Government Support Systems(일본정부지원시스템)

#KF-21

#LAM(Laser-Assisted Machining)

#Laser Assisted maching (LAM: 레이저 보조가공)

#Laser MCT(LAM)

#Multi Layer Deposition

#Off- set Trade(절충교역)

#Off-set Trade(절충교역)

#Off-set Trading(절충교역)

#Optimal machining condition(최적가공조건)

#Preheating Temperature(예열온도)

#Robot

#Single Aisle Aircraft, Asian Aircraft Manufacture Consortium(아시아 항공기 제조 컨소시엄)

#Structural Component

#TAM

#Thermally Assisted Machining(열보조가공)

#Ti-6Al-4V

#Ti6Al4V(Ti64)

#Ti-6Al-4V(Ti64)

#Titanium alloy(타이타늄 합금)

#WAAM

#WAAM(Wire Arc Additive Manufacturing)

#Welding

#Welding Process Parameter

#Wire Arc Additive Manufacturing(와이어아크 적층제조)

#Wire Arc Additive Manufacturing(WAAM)

#Wire Cutting