HARDWARE AND SOFTWARE COMPLEX FOR DYNAMIC STABILIZATION OF FLOATING SPACEPORTS

UDC 532.5.032
DOI: 10.36871/2618-9976.2022.10.002

Authors

Vitaly A. Peleshenko
Candidate of Technical Sciences, mRINA, mGlobalCIO, Associate Professor, Department of data analysis and machine learning, Financial University under the Government of the Russian Federation, Moscow, Russia

Abstract

The article presents the results of scientific research on the implementation of the sea launch of missiles using marine technology based in the waters of equatorial latitudes. The analysis of the current level of technical development of marine technology for rocket launches, the advantages of the technology of marine rocket launches are revealed. Results of aerohydrodynamic studies of floating spaceports. Design shortcomings of floating spaceports and ways to eliminate them have been found. The developed technology of stabilization of the floating spaceport, based on the Magnus effect.

Keywords

Computational fluid dynamics, Even elements, Computer modeling, Sea launch, Floating spaceport, CFD