Scientists from the Moscow Aviation Institute (MAI) have presented an innovative method for optimizing the trajectories of long-range space flights. This was reported by the university's press service.
They have developed a method for designing optimal trajectories for interorbital spacecraft, including those equipped with electric rocket engines. This technique can significantly improve the efficiency of future ambitious missions, including flights to the Moon and the use of interorbital tugs.
The development is based on modern mathematical methods and specialized computer algorithms. They allow calculating the most efficient paths for spacecraft with high accuracy, taking into account the influence of various external forces (gravity, solar wind, and residual atmospheric resistance in high orbits).
According to Ilya Nikolichev, Associate Professor of Department 601 "Space Systems and Rocket Engineering", the new method makes it possible to accurately predict how the trajectory of a spacecraft will change under the influence of external factors. This includes determining the displacement, curvature of the trajectory, and calculating the required amount of fuel for maneuvers.
The project will be relevant for designing trajectories of vehicles such as a lunar or interorbital tug with electric propulsion engines and a nuclear power plant, like the promising "Zeus" project.
Earlier, www1.ru reported that a successful launch of the Angara-1.2 carrier rocket was carried out from the Plesetsk cosmodrome on August 21.
Read more on the topic:
Russian Aerospace Forces Successfully Launch Angara-1.2 Carrier Rocket from Plesetsk Cosmodrome
