Dynamics of the spatial system of automatic tracking of air-based
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Выпущено ООО Издательский дом «БИБЛИО-ГЛОБУС»

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Abstract:
Methods of analytical description of the dynamics of moving masses of a three-axis pivoting device mounted on a moving object are presented for the general case of non-spherical ellipsoids of inertia of cardan rings with an arbitrary arrangement of the main axes of inertia relative to the axes of rotation. A physical model has been developed for a mechanical system with three degrees of freedom, taking into account the specifics of a particular design and the functioning of optical elements - the payload of a gimbal. Vector-matrix and scalar block diagrams have been obtained that allow building simulation models for analyzing the dynamics of automatic tracking systems based on aircraft. For senior students studying in the specialty "Integrated systems of aircraft", and specialists in the field of aviation and rocket and space technology.
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