Abstract
The development of the theory of circuits, in particular, the theory of electric circuits and the principle of electromechanical analogies as a whole, has had a noticeable impact on the development of the analytical tools used to study the dynamic properties of mechanical oscillatory systems.
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References
Eliseev, S.V., Khomenko, A.P.: Dynamic Damping. Feedback Concept and Structural Methods of Mathematical Modeling, 357 pp. Nauka Publ., Novosibirsk (2014)
Lurie, A.I.: Operational Calculus and Application in Engineering, 368 pp. Nauka Publ., Moscow (1959)
Druzhinsky, I.A.: Mechanical Chains, 240 pp. Mashinostroenie Publ., Moscow (1977)
Eliseev, S.V.: Impedance Methods in the Study of Mechanical Systems. Fundamentals of the Theory, 86 pp. IPI Publ., Irkutsk (1979)
Atabekov, G.I.: Linear Electrical Circuits, 592 pp. Energia Publ., Moscow (1978)
Bakalov, V.P., Dmitrikov, V.F., Kruk, B.I.: Fundamentals of the Theory of Circuits. Textbook, 589 pp. Radio and Svyaz’ Publ., Moscow (2000)
Eliseev, S.V., Reznik, Yu.N., Khomenko, A.P., et al.: Dynamic Synthesis in Generalized Problems of Vibration Protection and Vibration Isolation of Technical Objects, 523 pp. ISU Publ., Irkutsk (2008)
Gardner, M.F., Burns, J.L.: Transients in Linear Systems. Transl. from English, 3rd edn., 551 pp. Fizmatgiz Publ., Moscow (1961)
Lenk, A.: Electromechanical Systems: Systems with Distributed Parameters, 472 pp. Energoizdat Publ., Moscow (1982)
Eliseev, S.V.: Structural Theory of Vibration Protection Systems, 224 pp. Nauka Publ., Novosibirsk (1978)
Eliseev, S.V., Reznik, Yu.N., Khomenko, A.P.: Mechatronic Approaches in the Dynamics of Mechanical Oscillatory Systems, 384 pp. Nauka Publ., Novosibirsk (2011)
Rothenberg, R.V.: Fundamentals of the “Driver-Car-Road-Environment” System Reliability, 216 pp. Mashinostroenie Publ., Moscow (1986)
Eliseev, S.V., Kashuba, V.B., Bolshakov, R.S.: The Possibility of the Influence of External Influences on the Reduced Rigidity of the System. Mashinostroenie and Life Safety, vol. 3(13), pp. 46–52. Murom Institute (Branch) of the Alexander and Nikolai Stoletovs Vladimirsky State University, Murom (2012)
Eliseev, S.V., Kovyrshin, S.V., Bolshakov, R.S.: Design features of compacts of elastic elements in mechanical oscillatory systems. Interactions with the elements of the system and forms of connections. Mod. Technol. Syst. Anal. Model. IrGUPS Publ., Irkutsk 4(36), 61–70 (2012)
Eliseev, S.V., Parshuta, E.A., Bolshakov, R.V.: Transfer functions of mechanical oscillatory systems. Possibilities for estimating reduced stiffness. Int. J. Appl. Basic Res. RAE Publ., Penza 1, 11–18 (2013)
Belokobylsky, S.V., Eliseev, S.V., Kashuba, V.B.: Opportunities for dynamic interactions in mechanical oscillatory systems with coupled external forces. Syst. Methods Technol. BrSU Publ., Bratsk 4(16), 7–13 (2012)
Eliseev, S.V., Lontsikh, P.A.: Evaluation of the forms of interaction between partial systems in mechanical circuits. Possible simplifications. Bull. Irkutsk State Tech. Univ. NI ISTU Publ., Irkutsk 6(65), 17–21 (2012)
Khomenko, A.P., Eliseev, S.V.: Protection against vibration for an object with two degrees of freedom. Dynamic reactions. News Transsib. OmGUPS Publ., Omsk 3(15), 74–85 (2013)
Moscovskikh, A.O.: Possibilities of integration of the tools of the theory of chains and the theory of automatic control in the problems of the dynamics of machines, 20 pp. Ph.D. (Engineering) thesis. IrGUPS Publ., Irkutsk (2011)
Tarasik, V.P.: Mathematical Modeling of Technical Systems, 640 pp. Design-PRO Publ., Minsk (2004)
Kolovsky, M.Z.: Automatic Control of Vibration Protection Systems, 320 pp. Nauka Publ., Moscow (1976)
Khomenko, A.P., Eliseev, S.V., Artyunin, A.I., Eliseev, A.V., Bol’shakov, R.S., Kaimov, E.V.: Elastic Elements in Mechanical Systems. Structural Interpretations, 460 pp. IrGUPS Publ., Irkutsk (2013). Dep. in VINITI 08.15.13, No. 230-B 2013
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Eliseev, S., Eliseev, A. (2020). Features of Representation of Mechanical Circuits Based on Equipment of the Theory of Circuits and Automatic Control Theory. In: Theory of Oscillations. Studies in Systems, Decision and Control, vol 252. Springer, Cham. https://doi.org/10.1007/978-3-030-31295-4_2
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DOI: https://doi.org/10.1007/978-3-030-31295-4_2
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