Determining the applicability limits of different accuracy models when analyzing the loads on the landing gear during landing
Authors (first, second and last of 4)
Collection
Selected Papers from AviaSpace-2022
In order to increase the productivity of research and development work, the formation of an advanced scientific and technical reserve in the priority areas of aerospace science and technology, it seems necessary to take into account the interdisciplinary nature of research, as well as the need to plan research for the long term. Examples of this interdisciplinary approach are the use of mathematical modeling methods in the process of certification testing of aviation equipment, virtual and augmented reality technologies, artificial intelligence, including the development of unmanned transport systems.
The scope of сollection includes aviation systems, aviation, rocket engines and power plants, control systems and navigation, information and telecommunication technologies, rocket and space systems, new materials and production technologies, and more. This collection will also include the best papers selected at the 21st International Conference "Aviation and Cosmonautics" (AviaSpace-2022)
The purpose of the collection is to form a list of critical technologies, an integrated vision and interdisciplinary knowledge in the field of aerospace engineering.
Editors
-
Dmitry Strelets
Head of R&D, Aircraft Design and Certification Department, Moscow Aviation Institute, Russia
Articles (12 in this collection)
-
-
Theoretical analysis of decompression tolerance based on a simulated depressurisation model of an aircraft’s pressurised cabin
Authors (first, second and last of 5)
-
-
Effect of preloaded state slat structure on the stress–strain state of simulation bird strike
Authors (first, second and last of 5)
-
Design of the strength frame of the aerodynamic rudder using the topological optimization method
Authors
-
-
-
-
-
-
-
