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sploshnykh sred [On the relationship between stresses and small deformations in continuum
mechanics]. PMM [Appl. Math. Mech.] 18(6), 641–666 (1954)
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10. A. Il’yushin, Trudy. T. 2 (1946–1966) / Sostaviteli: E.A. Il’yushina, N.R. Korotkina [Scientific
work. Vol. 2 (1946–1966). Compilers: E.A. Ilyushina, N.R. Korotkina] (Fizmatlit Publ.,
Moscow, 2004)
11. Y. Kadashevich, A. Mikhailov, o teorii plastichnosti, ne imeyushchei poverkhnosti tekuchesti
[On the theory of plasticity without a flow surface]. DAN SSSR [Reports of the USSR
Academy of Sciences] 254(3), 574–576 (1980)
12. Y. Kadashevich, A. Mosolov, sovremennoe sostoyanie ehndokhronnoi teorii plastichnosti
[Current state of endochronous plasticity theory]. Problemy prochnosti [Probl. Strength] 6,
3–12 (1991)
13. Y. Kadashevich, S. Pomytkin, o vzaimosvyazi teorii plastichnosti, uchityvayushchei mikronapryazheniya, s ehndokhronnoi teoriei plastichnosti [On the relationship of the theory of
plasticity, taking into account micro-stresses, with the endochronous theory of plasticity]. Izv.
RAN. MTT [Izv. Russian Academy of Sciences. MTT] 4, 99–105 (1997)
14. Y. Kadashevich, S. Pomytkin, Uprugost’ i neuprugost’ : sb. nauchn. tr. [Elasticity and
inelasticity: a collection of scientific papers], Moscow, Izd-vo MGU Publ., chapter Ehtapy
razvitiya ehndokhronnoi teorii neuprugosti [Stages of development of the endochronous
theory of inelasticity], Uprugost’ i neuprugost’ : sb. nauchn. tr. [Elasticity and inelasticity:
a collection of scientific papers] (2011), pp. 232–235
15. G. Khaken, Sinergetika. Ierarkhiya neustoichivostei v samoorganizuyushchikhsya sistemakh
i ustroistvakh [Synergetics. Hierarchy of instabilities in self-organizing systems and devices]
(Mir Publ., Moscow, 1985)
16. V. Klushnikow, Defekty ehndokhronnoi teorii plastichnosti [Defects in the endochronous
theory of plasticity]’, Izv. AN SSSR. MTT [Izv. USSR ACADEMY OF SCIENCES. MTT]
1, 176–179 (1989)
17. V. Klyushnikov, Matematicheskaya teoriya plastichnosti [Mathematical theory of plasticity]
(MGU Publ., Moscow, 1979)
18. T. Lin, A proposed theory of plasticity based on slip, in ‘Proceedings Second U.S. Nat. Congr.
Appl. Mech. New York (1954), pp. 461–468’
19. P. Makarov, matematicheskaya teoriya ehvolyutsii nagruzhaemykh tverdykh tel i sred [mathematical theory of evolution of loaded solids and media]. Fiz. mezomekh-ka [Physical
mesomechanics], issue 3, no. 11, pp. 19–35 (2008)
20. G. Malenetskii, A. Potapov, Sovremennye problemy nelineinoi dinamiki [Current problems of
nonlinear dynamics] (Editorial URSS Publ., Moscow, 2002)
21. A. Mosolov, Ehndokhronnaya teoriya plastichnosti [Endochronic theory of plasticity], Preprint
In-t probl. mekh-ki AN SSSR [Preprint In-t Probl. Mekh-ki of the USSR Academy of Sciences],
no. 353 (1988)
22. V. Panin, Strukturnye urovni deformatsii tverdykh tel [Structural levels of deformation of
solids]. Izv. vuzov. Fizika [University News. Physics], izz. 25. no. 6, pp. 5–27 (1982)
23. V. Panin, Sinergeticheskie printsipy fizicheskoi mezomekhaniki [Synergetic principles of
physical mesomechanics]’, Fizich. mezomekh-ka [Physical. masomeh-ka], izz. 6, no. 3, pp. 5–
36 (2000)
24. I. Prigozhin, P. Glensdorf, Termodinamicheskaya teoriya struktury, ustoichivosti i fluktuatsii
[Thermodynamic theory of structure, stability, and fluctuations] (Editorial URSS Publ.,
Moscow, 2003)
25. Y. Rabotnov, Polzuchest’ ehlementov konstruktsii [Creep of structural elements] (Nauka Publ.,
Moscow, 1966)
299
7. P. Cicala, On the plastic deformation. Atti Accad. naz. Lincei. Rend. Cl. Sci. fis. e. nature. 8,
583–586 (1950)
8. A. Il’yushin, O svyazi mezhdu napryazheniyami i malymi deformatsiyami v mekhanike
sploshnykh sred [On the relationship between stresses and small deformations in continuum
mechanics]. PMM [Appl. Math. Mech.] 18(6), 641–666 (1954)
9. A. Il’yushin, Plastichnost’. (Osnovy obshchei matematicheskoi teorii) [Plasticity. (Fundamentals of general mathematical theory)] (Izd-vo AS USSR Publ., Moscow, 1963)
10. A. Il’yushin, Trudy. T. 2 (1946–1966) / Sostaviteli: E.A. Il’yushina, N.R. Korotkina [Scientific
work. Vol. 2 (1946–1966). Compilers: E.A. Ilyushina, N.R. Korotkina] (Fizmatlit Publ.,
Moscow, 2004)
11. Y. Kadashevich, A. Mikhailov, o teorii plastichnosti, ne imeyushchei poverkhnosti tekuchesti
[On the theory of plasticity without a flow surface]. DAN SSSR [Reports of the USSR
Academy of Sciences] 254(3), 574–576 (1980)
12. Y. Kadashevich, A. Mosolov, sovremennoe sostoyanie ehndokhronnoi teorii plastichnosti
[Current state of endochronous plasticity theory]. Problemy prochnosti [Probl. Strength] 6,
3–12 (1991)
13. Y. Kadashevich, S. Pomytkin, o vzaimosvyazi teorii plastichnosti, uchityvayushchei mikronapryazheniya, s ehndokhronnoi teoriei plastichnosti [On the relationship of the theory of
plasticity, taking into account micro-stresses, with the endochronous theory of plasticity]. Izv.
RAN. MTT [Izv. Russian Academy of Sciences. MTT] 4, 99–105 (1997)
14. Y. Kadashevich, S. Pomytkin, Uprugost’ i neuprugost’ : sb. nauchn. tr. [Elasticity and
inelasticity: a collection of scientific papers], Moscow, Izd-vo MGU Publ., chapter Ehtapy
razvitiya ehndokhronnoi teorii neuprugosti [Stages of development of the endochronous
theory of inelasticity], Uprugost’ i neuprugost’ : sb. nauchn. tr. [Elasticity and inelasticity:
a collection of scientific papers] (2011), pp. 232–235
15. G. Khaken, Sinergetika. Ierarkhiya neustoichivostei v samoorganizuyushchikhsya sistemakh
i ustroistvakh [Synergetics. Hierarchy of instabilities in self-organizing systems and devices]
(Mir Publ., Moscow, 1985)
16. V. Klushnikow, Defekty ehndokhronnoi teorii plastichnosti [Defects in the endochronous
theory of plasticity]’, Izv. AN SSSR. MTT [Izv. USSR ACADEMY OF SCIENCES. MTT]
1, 176–179 (1989)
17. V. Klyushnikov, Matematicheskaya teoriya plastichnosti [Mathematical theory of plasticity]
(MGU Publ., Moscow, 1979)
18. T. Lin, A proposed theory of plasticity based on slip, in ‘Proceedings Second U.S. Nat. Congr.
Appl. Mech. New York (1954), pp. 461–468’
19. P. Makarov, matematicheskaya teoriya ehvolyutsii nagruzhaemykh tverdykh tel i sred [mathematical theory of evolution of loaded solids and media]. Fiz. mezomekh-ka [Physical
mesomechanics], issue 3, no. 11, pp. 19–35 (2008)
20. G. Malenetskii, A. Potapov, Sovremennye problemy nelineinoi dinamiki [Current problems of
nonlinear dynamics] (Editorial URSS Publ., Moscow, 2002)
21. A. Mosolov, Ehndokhronnaya teoriya plastichnosti [Endochronic theory of plasticity], Preprint
In-t probl. mekh-ki AN SSSR [Preprint In-t Probl. Mekh-ki of the USSR Academy of Sciences],
no. 353 (1988)
22. V. Panin, Strukturnye urovni deformatsii tverdykh tel [Structural levels of deformation of
solids]. Izv. vuzov. Fizika [University News. Physics], izz. 25. no. 6, pp. 5–27 (1982)
23. V. Panin, Sinergeticheskie printsipy fizicheskoi mezomekhaniki [Synergetic principles of
physical mesomechanics]’, Fizich. mezomekh-ka [Physical. masomeh-ka], izz. 6, no. 3, pp. 5–
36 (2000)
24. I. Prigozhin, P. Glensdorf, Termodinamicheskaya teoriya struktury, ustoichivosti i fluktuatsii
[Thermodynamic theory of structure, stability, and fluctuations] (Editorial URSS Publ.,
Moscow, 2003)
25. Y. Rabotnov, Polzuchest’ ehlementov konstruktsii [Creep of structural elements] (Nauka Publ.,
Moscow, 1966)