군용항공기 전기 추진계통의 감항인증기준에 대한 고찰
Airworthiness Criteria of Electric Propulsion Systems for Military Aircrafts
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
This study investigates the characteristics, development trends, and airworthiness criteria of key technologies of electric propulsion systems for electric aircrafts. Additionally, previously developed airworthiness certifications for electric aircrafts and propulsion systems were analyzed, and the characteristics of each airworthiness criterion were comparatively analyzed. In conclusion, it is believed that the electric propulsion system for military aircrafts can be applied for developing separated airworthiness criteria by modifying SC-E-19, SC-VTOL, ‘Standard airworthiness certifications for military aircraft Part 3.'
Abstract
This study investigates the characteristics, development trends, and airworthiness criteria of key technologies of electric propulsion systems for electric aircrafts. Additionally, previously developed airworthiness certifications for electric aircrafts and propulsion systems were analyzed, and the characteristics of each airworthiness criterion were comparatively analyzed. In conclusion, it is believed that the electric propulsion system for military aircrafts can be applied for developing separated airworthiness criteria by modifying SC-E-19, SC-VTOL, ‘Standard airworthiness certifications for military aircraft Part 3’.
참고문헌 (13)
- Kim, MJ, "Global Commercial Aircraft Electrification Trends", Current Industrial and Technological Trends in Aerospace, 17(2), pp.20~35 (2019)
- Park, TS., "The Characteristics and Prospects of Hybrid Propulsion Systems for Unmanned Aerial Vehicle", 2017 KSPE Spring Conference, pp.554~559 (2017)
- FAA, "Special Conditions: magniX USA, Inc., magni350and magni650 Model Engines; Electric Engine Airworthiness Standards", FAA of Department of Transportation, 53508~53534 (2021)
- Kim, KB, "Technology Trends on the Electric Propulsion System for Aircraft", Current Industrial and. Technological Trends in Aerospace, 14(1), pp.70~82 (2016)
- Wachsman, E., "Lowering the Temperature of Solid OxideFuel Cells", Science, 334, pp.935~ (2011)
- FAA, "PART 23—AIRWORTHINESS STANDARDS:NORMAL CATEGORY AIRPLANES", FAA of Department of Transportation, ~ (2016)
- "ASTM F3338-18 Standard Specification for Design of Electric Propulsion Units for General Aviation Aircraft", ~ (2020)
- FAA, "Airworthiness Criteria: Special Class Airworthiness Criteria for the Joby Aero, Inc. Model JAS4-1Powered-Lift", FAA of Department of Transportation, 67399~67413 (2022)
- FAA, "Airworthiness Criteria: Special Class Airworthiness Criteria for the Archer Aviation Inc. Model M001Powered-Lift", FAA of Department of Transportation, 77749~77763 (2022)
- "SC E-19, Electric", Hybrid Propulsion System, 2021
- "SC-VTOL, Special Condition for small-category VTOL aircraft", European Union Aviation Safety Agency, ~ (2019)
- "STANAG-4703, LIGHT UNMANNED AIRCRAFT SYSTEMS AIRWORTHINESS REQUIREMENTS", NATO, ~ (2014)
- "Enforcement Regulations of the Act on the Airworthiness Certification of Military Aircrafts", Ministry of National Defense, 999~ (2019)