1 우희채, "전원부하분석을 통한 무인항공기 전기시스템 설계 및 검증" 한국군사과학기술학회 21 (21): 675-683, 2018
2 이태화, "무기체계 목표성능과 목표비용 설정을 위한 품질기능전개(QFD) 응용모델 연구" 한국품질경영학회 46 (46): 821-842, 2018
3 Ministry of Land, Infrastructure and Transport, "ROK Procedures for Repair and Alteration, OD 19-1, Articl e No. 879, pp. 20, enforcement, Jun 7, 2017, Amend ment Jun7, 2017"
4 Ministry of Land, Infra structure and Transport, "ROK KA S(Korean Airworthiness Standards), Part 25 Transp ort(T) Airplane, enactment, Aug 24, 1993, a mendment, Apr 15, 2013"
5 정연환, "QFD를 활용한 함정 요구조건 관리 방안 연구" 한국시스템엔지니어링학회 15 (15): 57-65, 2019
6 Project Management Institute, "PMBOK(Project Manag ement Body of Knowledge) 6th"
7 DOD(Department of Defense), "MIL STD 810G Depar tment of Defense Test Method Standard: Envir onment al Engineering Considerations and Laboratory Tests"
8 DOD (Department of Defense), "MIL STD 704F Depar tment of Defense Test Method Standard: Aircraft Elec tric Power Characteristics"
9 DOD (Department of Defense), "MIL STD 461G Depar t ment of Defense Test Method Standard: Requiremen ts for the control of electromagnetic interference char acteristics of subsystems and e quipment"
10 DOD (Department of Defense), "MIL HDBK 516C De partment of Defense Handbook : Airworthiness Certifi cation Criteria"
1 우희채, "전원부하분석을 통한 무인항공기 전기시스템 설계 및 검증" 한국군사과학기술학회 21 (21): 675-683, 2018
2 이태화, "무기체계 목표성능과 목표비용 설정을 위한 품질기능전개(QFD) 응용모델 연구" 한국품질경영학회 46 (46): 821-842, 2018
3 Ministry of Land, Infrastructure and Transport, "ROK Procedures for Repair and Alteration, OD 19-1, Articl e No. 879, pp. 20, enforcement, Jun 7, 2017, Amend ment Jun7, 2017"
4 Ministry of Land, Infra structure and Transport, "ROK KA S(Korean Airworthiness Standards), Part 25 Transp ort(T) Airplane, enactment, Aug 24, 1993, a mendment, Apr 15, 2013"
5 정연환, "QFD를 활용한 함정 요구조건 관리 방안 연구" 한국시스템엔지니어링학회 15 (15): 57-65, 2019
6 Project Management Institute, "PMBOK(Project Manag ement Body of Knowledge) 6th"
7 DOD(Department of Defense), "MIL STD 810G Depar tment of Defense Test Method Standard: Envir onment al Engineering Considerations and Laboratory Tests"
8 DOD (Department of Defense), "MIL STD 704F Depar tment of Defense Test Method Standard: Aircraft Elec tric Power Characteristics"
9 DOD (Department of Defense), "MIL STD 461G Depar t ment of Defense Test Method Standard: Requiremen ts for the control of electromagnetic interference char acteristics of subsystems and e quipment"
10 DOD (Department of Defense), "MIL HDBK 516C De partment of Defense Handbook : Airworthiness Certifi cation Criteria"
11 DOD (Department of Defense), "MIL E 7016F Military Specification Electric Load and Power Source Capacity, Aircraft"
12 ASTM International, "F249005 Standard Guide for Air craft Electrical Load and Power Source Capacity Ana lysis"
13 EASA(European Union Aviation Safety Agency), "Electrical system description and electrical load analysis"
14 Norbert Doerry, "Electric Power Load Analysis" 1244 (1244): 45-48, 2012
15 Ministry of National Defense, ROK, "Article 42, Law of the Military Aircraft Flight Safety C ertification, N o. 16353, enforcement, Oct 24, 2019, amendment, Ap r 23, 2019"
16 CAA of NZ(Civil Avia tion Authority of New Zealand)Advisory Circular, "AC21 11 & AC91 23, Electrical Load Analysis Revision 1"
17 DAPA(Defense Acquisition Program Administration), ROK, "A irworthiness Certification C riteria(part 1), No. 2020 3, amendment, Feb 20, 2020"
18 MG.Kim, "A Real Aircraft Electronics based on the develo pment of T 50 aircraft" CheongMoonGak 22-48, 2008