For an arbitrary rigid body, all dynamical symmetry points are found, and the directions of the axes of dynamical symmetry are determined for these points. We obtain conditions on the principal central moments of inertia under which the Lagrange and Kovalevskaya cases can be realized for the rigid body. We also analyze the set of orientations of the bases formed by the principal axes of inertia for various points of the rigid body
In this paper, a general motion of free asymmetrical rigid body to an absolute coordinate system is ...
In this paper an approach is described for determining equilibrium states of a rigid body suspended ...
In this paper, we will focus on the dynamical behavior of a rigid body suspended on an elastic sprin...
Abstract: It is shown that in course of specific mechanical problem consideration, namely,...
Three commonly used methods to determine the principal moments of inertia of a plane area and their ...
In the present article, the rotational motion of a symmetric rigid body (gyro) about a fixed point c...
In this paper we derive Lagrange's equations for a rigid body rotating about its centre of gravity. ...
Optimal stabilization of the rotational motion of a symmetrical rigid body with the help of internal...
The paper presents an exact, analytical solution for the planar attitude dynamics of a rigid body, l...
Mechanics lawsSee how the eigenvectors of the inertia tensor change as you change a configuration of...
We continue the analysis which began in part 1 of this paper of the long-time behaviour of the fast ...
We develope several powerful methods to calculate moments of inertia for certain kind of objects suc...
AbstractThe characteristic of the inertia forces within the classification of forces during solving ...
Abstract New exact analytic solutions are introduced for the rotational motion of a rigid body havin...
The book presents a unified and well-developed approach to the dynamics of angular motions of rigid ...
In this paper, a general motion of free asymmetrical rigid body to an absolute coordinate system is ...
In this paper an approach is described for determining equilibrium states of a rigid body suspended ...
In this paper, we will focus on the dynamical behavior of a rigid body suspended on an elastic sprin...
Abstract: It is shown that in course of specific mechanical problem consideration, namely,...
Three commonly used methods to determine the principal moments of inertia of a plane area and their ...
In the present article, the rotational motion of a symmetric rigid body (gyro) about a fixed point c...
In this paper we derive Lagrange's equations for a rigid body rotating about its centre of gravity. ...
Optimal stabilization of the rotational motion of a symmetrical rigid body with the help of internal...
The paper presents an exact, analytical solution for the planar attitude dynamics of a rigid body, l...
Mechanics lawsSee how the eigenvectors of the inertia tensor change as you change a configuration of...
We continue the analysis which began in part 1 of this paper of the long-time behaviour of the fast ...
We develope several powerful methods to calculate moments of inertia for certain kind of objects suc...
AbstractThe characteristic of the inertia forces within the classification of forces during solving ...
Abstract New exact analytic solutions are introduced for the rotational motion of a rigid body havin...
The book presents a unified and well-developed approach to the dynamics of angular motions of rigid ...
In this paper, a general motion of free asymmetrical rigid body to an absolute coordinate system is ...
In this paper an approach is described for determining equilibrium states of a rigid body suspended ...
In this paper, we will focus on the dynamical behavior of a rigid body suspended on an elastic sprin...