Kosice Self-Governing Region and Their International Cooperation in the Areas of the Space Industry and Aviation

Abstract

The main idea of the co-organize the Slovak space tech day and Slovak aviation industry days was to prove the position of Košice self-governing region (KSK), as a space in which suitable conditions are created for development in the areas of the space industry and aviation. The basis is a long-term historical context in the form of educational and research institutions in the KSK, as well as their involvement in international cooperation projects. KSK intended to declare demand for investments and international cooperation in the areas of the space industry and aviation. The given industries have long been among the most technologically advanced (technical standards and regulations, the precision of production and production tolerances, research and development of materials, new processes, and applications in other industries).

Legal Aspects in Business Alliances and Strategic Partnerships Between Airlines

“…In various countries, including Russia, efforts are being made constantly to balance the need for transport safety with aviation efficiency. This involves the development and implementation of regulations that ensure safety, security, and fair competition (Bidulský and Seman, 2020) As the aviation industry embraces new technologies such as the Metaverse, there are legal implications related to data security and privacy, as well as potential issues related to unfair competition (Vovk et al, 2021). Another results study states the company's innovative activities also include the development of artificial intelligence and robotics, and that in the current state when creating and using artificial intelligence technology, the issue of ensuring national security in the digital environment becomes very important.…”

Innovative Densification Process of a Fe-Cr-C Powder Metallurgy Steel

“…All thermal sintering processes are characterized by sintering cycles generally lasting 60 min or more. Thermal sintering is commonly used in the manufacturing of gears and automotive components of small dimensions (almost 70% of the total powder metallurgy production) electric contacts but also components for aerospace [5], such as turbine blades [6] and rotors [7].…”