Translation. Region: Russian Federation –
Source: Novosibirsk State University – Novosibirsk State University –
Novosibirsk State University and the Siberian Aviation Research Institute named after S. A. Chaplygin continue their cooperation in the educational and research spheres. At the scientific and production forum “Golden Valley”, which was held from October 31 to November 1 and the main organizer of which was NSU, an agreement was signed to create a joint laboratory “Intelligent systems for testing aircraft structures”. At the first stage, it will be engaged in bench tests of equipment in order to predict possible deformations and breakdowns, in the future, the range of work performed will be expanded – it will also include video analytics, a vibration damping system.
The laboratory will include students and postgraduates of the Faculty of Information Technology and the Faculty of Mechanics and Mathematics of NSU, as well as employees of partner companies – FAU “SibNIA named after S.A. Chaplygin” FAU (part of the FGBU “Research Center “Institute named after N.E. Zhukovsky”) and JSC TsNIAP “AVIASPETSTEST”, who will act as mentors – a total of 13 people. The head of the laboratory will be Vladimir Berikov, Doctor of Technical Sciences, Senior Researcher at the Institute of Mathematics named after S.L. Sobolev and a lecturer at the Faculty of Information Technology of NSU.
The laboratory is fully focused on solving applied problems arising during bench tests of aircraft equipment, including the development and creation of modules of the Intelligent Bench Test System for Aircraft Equipment (ISIA) with elements of artificial intelligence; an intelligent operator workstation with connected archives and libraries; intelligent simulators, as well as vibration isolation systems for high-precision instruments and systems.
— During bench tests of equipment, we will use sensors to collect data streams in our system, use archives and libraries, and analyze all the information received using artificial intelligence systems. Thanks to this, we will be able to predict for what time and what deformations and breakdowns are possible. In this way, we will preserve individual aircraft structures intact, solving the main problem of ground tests, when expensive structures become unusable, — noted Alexander Sychev, Deputy Director of the Center for Interaction with Government Authorities and Industrial Partners of NSU.
— The organization of a joint laboratory will give a new impetus to the development of methods for testing aircraft structures. I am confident that cooperation with NSU will allow us to significantly advance in the study of the strength of aircraft structures and the subsequent improvement of the test bench base, — commented Alexander Laznenko, head of the research department for fatigue and static strength of aircraft structures at SibNIA.
At the first stage, the task is to test the capabilities of the intelligent system when testing the main load-bearing parts, and then gradually move on to all parts and units of aircraft structures. What is important is that the integrity of the stand itself will also be monitored, which is also subject to significant loads during testing and may fail.
The use of artificial intelligence systems and neural networks will not only significantly optimize testing costs, but also reduce the testing time of individual aircraft parts, which can now reach thousands of hours.
The new laboratory will start operating at NSU this year, and in 2025, a specially equipped site will appear at SibNIA, which will allow NSU students and postgraduates to carry out work directly at the enterprise.
Another promising area for cooperation between the two organizations is unmanned aircraft systems. Given the developments in this area at NSU and SibNIA, it is planned to create a joint Laboratory of Autonomous and Unmanned Aircraft Systems in the future. In the future, the two laboratories will be combined into the Center for Intelligent Aircraft Systems.
The Siberian Aviation Research Institute named after S. A. Chaplygin and Novosibirsk State University have been cooperating since 2022, when they began holding a joint seminar on Industrial Mathematics on a regular basis. In 2023, SibNIA and NSU signed an agreement, according to which practical training for students in the field of Computer Systems and Complexes will be organized at the research institute. In August 2024, the two organizations announced plans to create a digital platform for bench testing of aircraft equipment with elements of artificial intelligence within the next two years.
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