Aim & Scope
The aims and scope of The Aeronautical Journal are intended to reflect the objectives of the Royal Aeronautical Society as expressed in its Charter of Incorporation. Briefly, these are to encourage and foster the advancement of all aspects of aeronautical and space science. Thus the topics of The Aeronautical Journal include most of those covered by the various Specialist Groups of the Society, which include: Aircraft design, aerodynamics, air law, air power, air transport, air navigation, airworthiness and maintenance, aviation medicine, avionics and systems, environmental issues, flight operations, flight simulation, fluid dynamics, fluid mechanics, general aviation, guided flight, human factors, human powered flight, light aviation, management studies, propulsion, rotorcraft, safety, space, structures and materials, structural mechanics, systems and test procedures and UAVs. Papers are therefore solicited on all aspects of research, design and development, construction and operation of aircraft and space vehicles. Papers are also welcomed which review, comprehensively, the results of recent research developments in any of the above topics. We recognise the inhibiting pressures of time and confidentiality and acknowledge that many of the design testing, manufacturing and operational problems that industry has to solve contain important information for the whole aerospace community. The Aeronautical Journal provides a platform for refereeing and presenting your work to an international audience. [1]
Continuations / Journal History
| ( 1949 - 1983 ) | Aeronautical Quarterly | ( 1897 - 9999 ) | Aeronautical Journal | |
| ( 1867 - 1893 ) | Annual Report of the Aeronautical Society of Great Britain | ( 1897 - 9999 ) | Aeronautical Journal | |
| ( 1919 - 1920 ) | Transactions of the Royal Aeronautical Society | ( 1897 - 9999 ) | Aeronautical Journal |
2024
Concept of operations for the Neptune system mission Arcanum – CORRIGENDUM
J McKevitt , S Beegadhur , L Ayin-Walsh , ... , A Laad
Aeronautical Journal , 2024 , p 1.
Improvement of UAV thrust using the BSO algorithm-based ANFIS model
M Konar , S Arık Hatipoğlu , M Akpınar
Aeronautical Journal , 2024 , pp 1-10.
Prediction of wrinkle patterns in tensioned thin-film structures containing rigid elements
P Sun , J Huang , J Zhang , ... , P Zhao
Aeronautical Journal , 2024 , pp 1-11.
Audio degradation of climax mode transmission in air traffic control
H Vignoli Muniz , E Parente Ribeiro
Aeronautical Journal , 2024 , pp 1-12.
Maximisation the autonomous flight performance of unmanned helicopter using BSO algorithm
Aeronautical Journal , 2024 , pp 1-12.
Experimental investigation of a Y-shaped engine inlet at subsonic flow conditions
Aeronautical Journal , 2024 , pp 1-12.
Controlling roll-yaw coupling with aileron and twist design
J Brincklow , Z Montgomery , D Hunsaker
Aeronautical Journal , 2024 , pp 1-13.
Analysis of cross-border free route implementation: A case for Turkish and Ukrainian airspaces
Aeronautical Journal , 2024 , pp 1-13.
Editorial Retractions, Expressions of Concern and External Notices
Effect of thickness and angle-of-attack on the aeroelastic stability of supersonic fins
Aeronautical Journal2012 - VOLUME 116, ISSUE 1182 pp 777-792.
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