Work number - P 12 FILED
Presented Dnipro State Technical University of the Ministry of Education and Science of Ukraine
Authors:
1. PEREMITKO Valerii Viktorovych – Doctor of Technical Sciences, Dean of the Metallurgical Faculty of Dniprovsky State Technical University
2. SEREDA Dmytro Borysovych – Candidate of Technical Sciences, Associate Professor of the Department of Industrial Mechanical Engineering of Dniprovsky State Technical University
3. SHEIKIN Serhiy Yevhenovych – Doctor of Technical Sciences, Head of the Department “Formation of Precision Elements of Complex-Profile Products” of the V.M. Bakul Institute of Superhard Materials NAS of Ukraine
4. BABINETS Anatoliy Anatoliyovych – Candidate of Technical Sciences, Senior Researcher of the Department of “Physical and Metallurgical Processes of Surfacing Wear-Resistant and Heat-Resistant Steels” of the E.O. Paton Institute of Electric Welding of the NAS of Ukraine
5. LABUNETS Vadym Oleksandrovych – Chief of Staff – Deputy Commander of the “East” Command of the Armed Forces of the Ukrainian SSR, Brigadier General
6. PANFILOV Andriy Ivanovych – Doctor of Philosophy, Director of “APIS HOLDING” LLC
7. PRYKHODKO Oleksandr Andriyovych – Deputy Director, Operations Director of “APIS HOLDING” LLC
he relevance of the work is due to the need to solve the problem of restoring and maintaining the required technical condition of various types, types, samples, models, modifications of weapons and military equipment produced by various technological devices, years, states, developers and manufacturers after intensive operation in extreme conditions and after combat use in conditions of modern war.
The work covers the development of the theory and practice of WME renovation.
The purpose of the work is to create a methodology and technologies for WME renovation and their implementation and application for the qualitative restoration of a wide variety of WME with the improvement of their characteristics according to the nomenclature of groups of basic requirements to increase the effectiveness of their use in modern warfare. To this end, the research carried out within the framework of this work was aimed at developing a general methodology and technology for WME renovation, as well as a system of targeted restoration technologies for the restoration and renovation of various types of WME (modifications of these technologies for the renovation of specific WME for groups of homogeneous WME products and their components, WME products and their components of one or more types (types)) using innovative methods of arc welding, surfacing, cold plastic deformation (CPD), self-propagating high-temperature synthesis (SHS), etc. developed by the authors.
To achieve the goal, innovative scientific and technical developments, calculations and design work were carried out with their implementation and use at the enterprises of APIS HOLDING LLC, namely:
theoretical foundations of the methodology for the renovation of weapons and military equipment were created;
methods and techniques were developed for studying and analysing the influence of technological factors inherent in repair and restoration work on the mechanical properties of materials and creating scientifically sound approaches based on them to ensure non-separable joints, layers and coatings with high operational characteristics when restoring parts, assemblies and mechanisms that make up specific types of weapons and military equipment, as well as preserving their original shapes and dimensions, including by cold plastic deformation;
innovative technologies for the restoration of military equipment have been developed and implemented, taking into account the actual condition of the samples, the possibilities of restoration, interchangeability and/or reproduction of components and/or their modernization;
technologies and laboratories have been created for input fault finding, deep and comprehensive diagnostics according to the nature of damage (operational, combat or after long-term storage) from the product as a whole to individual components, mechanisms, elements, parts;
Number of publications: 13 collective monographs and manuals, including 1 in a foreign edition, 78 articles in journals included in category "A" (including 75 foreign editions) and 114 articles in journals included in category "B". The total number of references to the authors' publications/h-index on the work according to the databases is respectively: Web of Science 48/3, Scopus 243/21, Google Scholar 418/26. 1 Ukrainian patent for an invention, 18 utility model patents
Версія для друку
Comments
Add a comment
Leave a message