The problem of motion of a rigid body about a fixed point is one of the classical problems of
mechanics, the study of which in the eighteenth to nineteenth centuries is connected with the …

Experimental data on and theoretical models for the viscosity of various types of liquids and
melts under pressure are reviewed. Experimentally, the least studied melts are those of …

Rapid rotational motion of a dynamically asymmetric satellite relative to the center of mass is
studied. The satellite has a cavity filled with viscous fluid at low Reynolds numbers, and it …

Rotational motion around the center of mass of a dynamically asymmetric satellite with
spherical cavity filled with viscous liquid is studied for low Reynolds numbers. The numeric …

The rotational motion of a satellite in a central gravitational field in the presence of internal
dissipation is studied. The satellite is modelled by a system consisting of two bodies, a shell …

In this paper, we studied the effect of internal dissipation on the rotational motion of a
satellite in a central gravitational field using the Lavrent'ev model. Evolution equations are …

Rapid rotational motion of a dynamically asymmetric satellite relative to the center of mass is
studied. The satellite has a cavity filled with viscous fluid at low Reynolds numbers, and it …

В настоящей работе исследуется вращательное движение искусственного спутника в
центральном ньютоновском поле сил. Спутник моделируется симметричным твердым …

The questions of the dynamics of the angular motion of nanosatellites with gravitational
dampers are considered. The damper is a solid body rotating in a spherical cavity with a …

This paper is devoted to synthesizing the asymptotically stable arbitrary programmed motion
for a rigid body with a cavity entirely filled with viscous fluid. To solve this problem, we …