Acceptable range parameters of asymmetry of spacecraft descending in the Martian atmosphere

Author:

Kurkina E V

Abstract

Abstract The article discusses the technique to determine the region of admissible deviations of the asymmetry parameters of the spacecraft descending in the atmosphere from their nominal values. The effect of the principal resonance is taken into account. The uncontrolled descent of a spacecraft in the Martian atmosphere is considered for small asymmetry and a small angle of attack. A numerical simulation was carried out using this technique to determine the range of admissible restrictions of the parameters of the displacement of the mass centre of the spacecraft, the moments of inertia and aerodynamic moments due to small shape distortions.

Publisher

IOP Publishing

Subject

General Medicine

Reference12 articles.

1. Dynamics of angular motion of landing vehicle in Martian atmosphere with allowance for small asymmetries;Koryanov;International Journal of Mechanical Engineering and Robotics Research,2018

2. Dynamics and control of angular acceleration of a re-entry spacecraft with a small asymmetry in the atmosphere in the presence of the secondary resonance effect

3. Probability of a resonance capture for an asymmetric capsule during its controlled descent in the Martian atmosphere;Lyubimov;Mekhatronika, Avtomatizatsiya, Upravlenie,2017

4. Attitude and angular rates of planetary probes during atmospheric descent: Implications for imaging;Lorenz;Planetary and Space Science,2010

5. Accelerated calculation of the descent trajectory in the atmosphere of unguided spacecraft taking into account their motion relative to the center of mass;Belokonov;Cosmic Research,1983

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