ASSESSMENT OF THE POSSIBILITY OF NEAR-RESONANT ROTATION MODES DURING UNCONTROLLED DESCENT OF SPENT LAUNCH VEHICLE BOOSTERS IN THE ATMOSPHERE

A.V. Bobylev

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ASSESSMENT OF THE POSSIBILITY OF NEAR-RESONANT ROTATION MODES DURING UNCONTROLLED DESCENT OF SPENT LAUNCH VEHICLE BOOSTERS IN THE ATMOSPHERE

机译：在大气中花费开发车辆助推器的不受控制下降期间评估近谐振旋转模式的可能性

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摘要

The possibility of occurrence of near-resonant rotation modes during uncontrolled descent of spent first-stage boosters of launch vehicles in the atmosphere due to small mass-inertial asymmetry is considered. The stability of near-resonant rotation modes is analyzed using a quasistatic approach.

机译：考虑了由于小于质量惯性不对称的大气中的发射车辆的发射载体的废气第一阶段增压器的不受控制下降期间发生近谐振旋转模式的可能性。使用Quasistatic方法分析近谐振旋转模式的稳定性。

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《TsAGI science journal》 |2020年第1期|63-84|共22页
作者
A.V. Bobylev;
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作者单位

Central Aerohydrodynamic Institute (TsAGI) 1 Zhukovsky Str. Zhukovsky Moscow Region 140180 Russian Federation;

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原文格式 PDF
正文语种 eng
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关键词
spent launch vehicle booster; uncontrolled descent; near-resonant rotation mode; small asymmetry; quasistatic approach; stability conditions;

机译：花了发射车助推器;不受控制的下降;近谐振旋转模式;小不对称;Quasistatic方法;稳定条件;

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1. Estimation of the Conditions of Capture into a Resonance Rotation Mode of an Uncontrolled Body during Its Descent into the Atmosphere [J] . A.V. Bobylev, V.A. Yaroshevskii Космические исследования . 1999,第5期

机译：人体进入大气过程中不受控制的共振旋转模式捕获条件的估计
2. Combustion possibility assessment for separating launch-vehicle components during atmospheric phase of descent trajectory [J] . Trushlyakov V., Zharikov K., Davydovich D. Acta astronautica . 2019,第JUNa期

机译：下降轨迹大气阶段分离运载火箭成分的燃烧可能性评估
3. Combustion possibility assessment for separating launch-vehicle components during atmospheric phase of descent trajectory [J] . Trushlyakov V., Zharikov K., Davydovich D. Acta astronautica . 2019,第Juna期

机译：在下降轨迹的大气相期间分离发射车辆组分的燃烧可能性评估
4. Modernization of the Information and Analytical System of the Crash Areas of the Baikonur Cosmodrome during the Controlled Descent of the Spent Stage of the Launch Vehicle [C] . K.A Alipbayev, G.T Yermoldina, A.M Bapishev, International Conference on Electrical, Communication and Computer Engineering . 2021

机译：在发射车的花阶段的受控下降期间Baikonur Cosmodrome碰撞区域信息和分析系统的现代化
5. Computational Flame Propagation Studies in Support of Launch Vehicle Risk Assessment [D] . ?Coates, Ashley Michelle 2020

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6. Estimation of spatial and temporal variability of pasture growth and digestibility in grazing rotations coupling unmanned aerial vehicle (UAV) with crop simulation models [O] . Juan R. Insua, Santiago A. Utsumi, Bruno Basso -1

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7. Modeling of Launch Vehicle during the Lift-off Phase in Atmosphere [O] . Lustig Matyáš 2017

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ASSESSMENT OF THE POSSIBILITY OF NEAR-RESONANT ROTATION MODES DURING UNCONTROLLED DESCENT OF SPENT LAUNCH VEHICLE BOOSTERS IN THE ATMOSPHERE

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