Titlebook: Vortex Processes and Solid Body Dynamics; The Dynamic Problems Boris I. Rabinovich,Valeryi G. Lebedev,Alexander I Book 1994 Springer Scienc

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Introduction,system. Particular cases are artificial Earth satellites (AES), rocket carriers (RC), and vehicles with magnetic levitation systems (see V.I.Bocharov and V.D.Nagorsky (Ed.) [9], T.I.Katsan, V.G.Lebedev, and A.I.Mytarev [35], Yu.A.Nikitenko .. [71], K.H.Brock .. [14], E.Gottzein [25], E.Gottzein, L.M

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Mathematical Models of High Electrical Conductivity Ferromagnetic Elements with Eddy Currents,ductivity (skin effect), is a traditional one for electrical engineering and is well studied. Practical aspects of this problem has determined two specific features of its statement, which are completely described in literature (see, e.g. N.N.Fedorov [20]):

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Mathematical Models of Stabilized Objects with Compartments Containing Vortex Low-Viscous Liquid,ncy range of natural oscillations of liquid fuel components partially filling the tanks. This relates to RC as well as SC. Conventionally a way of complete or, at least, partial solution of the problem is to apply more and more developed and complicated dampers of liquid oscillations. This, in turn,

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Analytical and Numerical Methods of Dynamics Investigation of Vehicles Described by Vortex Models,odels are used throughout the book as a tool for the analysis of dynamic properties of vehicles described by them, those properties being determined from both experimental research and mathematical simulation of perturbed motion. But before proceeding to direct usage of those models, it is necessary

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Experimental Verification of Mathematical Models for Eddy Currents and Vortex Motions of Liquid,ome mathematical research aspects of those equation solutions. Mathematical models of eddy currents in HECF elements and vortex motions of LV liquid lying in the foundation of the appropriate integrodifferential equations were obtained based on a number of heuristic considerations and simplifying as

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