In response to the recent surge in aviation demand, major airport and aviation authorities continue to make efforts to formulate arrival procedures that take into account efficient aircraft separation, noise and environmental issues related to carbon (CO2) emissions. In order to ensure efficient traffic control and environmental issues, as a result, a new concept Trombone, Point Merge, etc. have been introduced and widely used. However, these new concept incisions are becoming a factor that hinders operational efficiency and stability due to the restricted domestic airspace such as military airspace and excessive constraints of altitude, speed, etc. which do not reflect the concept of continuous descent operation and eventually needs to be modified to make continuous descent operation as feasible as possible. We herewith analyze and propose the way of improving flight safety and efficiency in the arrival operation procedure by supplementary modification which consequently contribute to the aviation industry international competitiveness.
본 연구는 국토교통과학기술진흥원 "데이터기반 항공교통관리 기술개발(과제번호: 21DATM-C162722-01)"의 연구지원으로 수행되었습니다.
References
Park T., and Moon, W., "Technical trends of continuous descent operations and effects of extended CDO for Korean domestic airport", Fall Conference of KSAA, KSAA, 2015, p.74.
Park, B.-M., "A simulation study on point merge system in arrival phase", Master Thesis, Korea Aerospace University, 2013. 2.
Raul Saez, Xavier Prats, Tatiana Polishchuk, and Valentin Polishchuk, "Traffic synchronization in terminal airspace to enable continuous descent operations in trombone sequencing and merging procedures: An implementation study for Frankfurt airport", Transportation Research Part C: Emerging Technologies, 121, 2020, p.3.
국토교통부 예규 제274호, "비행절차설계요령", 2019, p.1-4-1.
Euro Control, "European CCO/CDO Action Plan" Appendix E, 2020, p.80.