References to the Proposal 1.Karavashkin,
S.B. Exact analytical solution on
finite one-dimensional elastic lumped-parameters line vibration. Materials,
Technologies, Tools. The Journal of National Academy of Sciences of Belarus. 4 (1999),
4, 5-14 (Russian) 2.Karavashkin, S.B. Exact analytical solution on infinite
one-dimensional elastic lumped-parameters line vibration. Materials, Technologies,
Tools. The Journal of National Academy of Sciences of Belarus. 4 (1999), 3, 15-23
(Russian) 3.Karavashkin, S.B. Peculiarities of inclined force action upon
one-dimensional homogeneous elastic lumped line. arXiv, (Los Alamos) #
math-ph/0006028 4.Magnus, K. Vibrations. Introduction to the vibration systems
studying. Mir, Moscow, 1982, 390 pp. (Russian). 5.Krylov, A.N. On some differential equations of mathematical physics. MGITTL Publishing, 1950, 368 pp. (Russian). 8. Savin, G.N., Kil'tchevski, I.N. and Put'ata, T.V. Theoretical mechanics. Gostechizdat, Moscow, 1963, 610 pp. (Russian). 10. Tse, F.S., Morse, I.E. and Hinkle, R.T. Vibrations.
Mashinostroenie, Moscow, 1966, 508 pp. (Russian; from edition: Allyn and Bacon, Inc.,
Boston, 1963). 11. Basic systems in the vibration theory
problems. Naukova Dumka, Kyev, 1973, 208 pp. (Russian) 12. Gantmakher, F.R. and Krain, M.G. Oscillative
matrixes and nuclei and small oscillations of mechanical systems. GITTL P.H., Moscow
Leningrad, 1950, 354 pp. (Russian). 13. Hellinger, E. And Toeplitz, O. Integralgleichungen
und Gleichungen mit Unendlichvielen Unbekannten. Verlag von Teubner, Leipzig und
Berlin, 1928 (German). 14. Pain, H.J. The physics of vibrations and
waves. Mir , Moscow, 1979, 389 pp. (Russian; from edition: Pain, H.J. The physics
of vibrations and waves. John Wiley and Sons, Ltd., London New York
Sydney Toronto, 1976). 15. Blakemore, J.S. Solid state physics.
Metallurgia, Moscow, 1972, 488 pp. (Russian; from edition: Blakemore, J.S. Solid state
physics. W.B. Saunders Company, Philadelphia London Toronto, 1970) 16. Biceno, K. and Grammel, R. The
engineering dynamics, vol.II. Gostechizdat, Moscow, 1952 (Russian; from German
edition). 17. Skudrzyk, E. Simple and complex
vibratory systems. Mir, Moscow, 1971, 557 pp. (Russian; from edition: E. Skudrzyk. Simple
and complex vibratory systems. The Pennsylvania State University Press, University
Park and London, 1968) 18. Grebennikov, E.A. Introduction to the
resonance systems theory. Moscow State University, 1987, 174 pp. (Russian) 19. Kuhta, K.Ya., Boyko A.G. and Garmash N.Z. Investigation
of complex continuos-discrete systems. Naukova Dumka, Kyev, 1981, 270 pp. (Russian) 20. Volkenshtein, M.V., Eliashkevitch, M.A. and
Stepanov B.I. Molecules oscillations, vol. 1: Geometry and mechanics of molecules
oscillations. The State Publishing of Technical and Theoretical Literature, Moscow
Leningrad, 1949, 600 pp. (Russian) 21. Slater, J.C. Insulators, semiconductors
and metals. Mir, Moscow, 1969, 647 pp. (Russian; from edition: Slater, J.C.
Insulators, semiconductors and metals. In: Quantum theory of molecules and solids,
vol.3. McGraw Hill Book Company, New York St. Lous Ssan Francisco
Toronto London Sydney, 1967) 22. Born, M. and Hypper-Meyer, M. Dynamical
theory of lattice. The Principal Editorial for Technical and Theoretical Literature,
Moscow Leningrad, 1938, 364 pp. (Russian, translated from German) 23. Mikhailov, I.G., Soloviev, V.A. and
Sirnikov, Yu.P. Foundations of molecular acoustics. Nauka, Moscow, 1964, 514 pp.
(Russian) 24. Thouless, D.J. The quantum mechanics of
many-body systems. The Publishing for Foreign Literature, Moscow, 1963 (Russian; from
edition: Thouless, D.J. The quantum mechanics of many-body systems. Academic Press,
New York London,1961) 25. Chernousko, F.L., Akulenko, L.D. and
Soloviev, B.N. Control of oscillations. Nauka, Moscow, 1980, 383 pp. (Russian) 26. Tong Kin, N. Theory of mechanical
vibrations. Mashgiz, Moscow, 1963, 354 pp. (Russian) 27. Atkinson, F.V. Discrete and continuous
boundary problems. Mir, Moscow, 1968, 750 pp. (Russian; from edition: Atkinson, F.V. Discrete
and continuous boundary problems. Academic Press, new York London, 1964) 28. Palis, J. and de Melo, J.W. Geometric
theory of dynamical systems. Mir, Moscow, 1986, 302 pp. (Russian; from edition: J.
Palis and J.W. de Melo. Geometric theory of dynamical systems. Springer-Verlag, New
York Heidelberg Berlin, 1982) 29. Reiscig, R., Sansone, G. and Conti, R. Qualitative
theory of nonlinear differential equations. Nauka, Moscow, 1974, 318 pp. (Russian;
from edition: Reiscig, R., Sansone, G. and Conti, R. Qualitative theorie nichtlinearer
differentialleichungen. Edizioni cremonese, Roma, 1963) 30. Mitropolsky, Yu.A. and Homa, G.P.
Mathematical background of nonlinear mechanics asymptotic methods. Naukova Dumka,
Kyev, 1983, 215 pp. (Russian) 31. Cherepennikov, V.B. Functional
parameters method in the ordinary differential equations theory. Nauka, Novosibirsk,
1983 (Russian) 32. Giacagrilia, G.E.O. Perturbation methods
in non-linear systems. Nauka, Moscow, 1979, 320 pp. (Russian; from edition:
Giacagrilia, G.E.O. Perturbation methods in non-linear systems. Springer-Verlag,
New York Heidelberg Berlin, 1972) 33. Dymentberg, M.F. Nonlinear stochastic
problems of mechanical vibrations. Nauka, Moscow, 1980, 368 pp. (Russian) 34. Banerjee, P.K. and Butterfield, R. Boundary
element methods in engineering science. Mir, Moscow, 1984, 494 pp. (Russian; from
edition: Banerjee, P.K. and Butterfield, R. Boundary element methods in engineering
science. McGraw hill Book Company Ltd., London New York Sydney
Tokyo Toronto, 1981) 35. Eichenwald, A.A. Selected works. The
State publishing of technical and theoretical literature, Moscow, 1956, 266 pp. (Russian) 36. Altenburg, K. Ultraschallgeschwindigkeit
und Molekulstructur. Z. Phys. Chem., 195, 145, 1950 37. Kudryavtcev, B.B. The ultrasonic methods
application to the physical and chemical practice. Gostechizdat, 1952 (Russian) 38. Fisher, I.Z. On the molecular theory of
sound velocity in liquids. Acoustic journal, 3, 206, 1957 (Russian). 39. Haug, E. Geology. ONTGIZ NKTP USSR,
1935, 576 pp. (Russian, from edition: Haug, E. Traite de geologie. Vol. 1. Les phenomenes
geologiques. Paris, Librarie Armand Colin) 40. Muller, L. Engineering geology. The
rocks-mass mechanics. Mir, Moscow, 1971, 255 pp. Russian; from edition: Muller, L. Der
Felsbau. Erster Band, Theoretischer Teel, Ferdinand Enke Verlag, Stuttgart, 1963) 41. Gardner, M. F. and Barns, J. L. Transients
in Linear Systems with Lumped Parameters. Inostrannaya literatura, Moscow, 1961, 570
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vol.1: Lumped-constant systems. John Wiley & Sons Inc., NY, and Chapman & Hall
ltd, London, 1942) 42. Karplus, W. J. Analog Simulation
Solution of Field Problems. Inostrannaya literatura, Moscow, 1962, 488 pp. (Russian,
from edition: W.J. Karplus. Analog Simulation Solution of Field Problems.
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Russian edition of the book by W. J. Karplus [42] 44. Zubkov, P. I. Appendix to the Russian
edition of the book by M. F. Gardner [41] 45. Olson, H. F. Dynamical Analogies.
Inostrannaya literatura, Moscow, 1947, 224 pp. (Russian, from English-language edition: H.
F. Olson. Dynamical Analogies, 1944) 46. Karavashkin S.B. Refined method of electric long
lumped-parameters lines calculation on the basis of exact analytical solutions for
mechanical elastic lines. Transactions of international conference under
IEEE leadership Control of Oscillations and Chaos (COC 2000, July 2000,
Russia), vol.1, p.154. 47. Karavashkin, S.B. Some peculiarities of forced vibrations
modelling in homogeneous elastic lumped-parameters lines. Materials, Technologies,
Tools. The Journal of National Academy of Sciences of Belarus, 5 (2000), 3, 15-23
(Russian) 48. Karavashkin, S.B. and Karavashkina, O.N.
Some
features of vibrations in homogeneous 1d resistant elastic lumped line. SELF
Transactions, 2 (2002), 1, pp.17 34 49. Karavashkin, S.B. and Karavashkina, O.N.
The features of
oscillation pattern in mismatched finite electric ladder filters. SELF
Transactions, 2 (2002), 1, pp.35 47 50. Karavashkin, S.B. and Karavashkina, O.N. On complex
resonance vibration systems calculation. SELF Transactions, 2 (2002), 1,
pp.48 59
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Proposal |
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State
of the art |
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The
main results of our method in brief |
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Applications
to the mechanics, acoustics and geophysics |
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Applications
to the mismatched ladder filters, transmission lines and networks |
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References of this page |