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2. A. Alyamovskii, SolidWorks. Komp’yuternoe modelirovanie v inzhenernoi praktike (SolidWorks. Computer modeling in engineering practice). (BKHV-Peterburg Publ., SaintPetersburg, 2006)
3. B. Annin, V. Zhigalkin, Povedenie materialov v usloviyakh slozhnogo nagruzheniya (Behavior
of materials under complex loading conditions). (Nauka Publ., Novosibirsk, 1999)
4. M. Artemov, D. Ivlev, O staticheskikh i kinematicheskikh sootnosheniyakh teorii ideal’noi
plastichnosti pri kusochno-lineinykh usloviyakh tekuchesti (On static and kinematic relations
of the theory of ideal plasticity under piecewise linear flow conditions). Izv. RAN, MTT, no. 3
(1995), pp. 104–110
5. S. Avershin, Sdvizhenie gornykh porod pri podzemnykh razrabotkakh (Movement of rocks in
underground mining). (Ugleizdat Publ., Moscow, 1947)
6. S. Batdorf, B. Budiansky, Splitting tests: an alternative to determine the dynamic tensile
strength of ceramic materials, in NACA TC1871 (1949), pp. 1–31
7. G. Chernyi, slovo o vechno novoi mekhanike. lektsiya v moskovskom politekhnicheskom muzee
20 marta 2008 g. (Word of forever new mechanics. lecture at the Moscow polytechnic museum
March 20, 2008). http://new.math.msu.su/admission/Slovo
8. P. Cicala, On the plastic deformation, in Atti Accad. naz. Lincei. Rend. Cl. Sci. fis. e. nature.,
V. 8 (1950) pp. 583–586
9. R. Davis, A. Selvadurai, Plasticity and Geomechanics (Cambridge University Press, Cambridge, 2002)
10. D. Ehshelbi, Kontinual’naya teoriya dislokatsii (Continual theory of dislocations). (IL Publ.,
Moscow, 1963)
11. E. Erokhina, Prostranstvennye zadachi statiki sypuchikh sred (Spatial problems of statics of
granular media). Cand. Philos. Sci. Diss. Abstr., PhD thesis, Voronezh, VSU Publ., 2011
12. H.-Y. Fang, J. Daniels, Introductory Geotechnical Engineering/An Environmental Perspective
(Taylor and Francis Publ., London, 2006)
13. Y. Fridman, Mekhanicheskie svoistva metallov (Mechanical properties of metals). (Oborongiz
Publ., Moscow, 1952)
14. G. Genki, Teoriya plastichnosti: sb. perev (Theory of plasticity: a collection of translations)
Moscow, Inostrannaya literatura Publ., chapter K teorii plasticheskikh deformatsii i vyzyvaemykh imi v materiale ostatochnykh napryazhenii (On the theory of plastic deformations and
their causes in residual stress material) (1948), pp. 114–135
15. D. Gud’er, F. Khodzh, Uprugost’ i plastichnost’ (Elasticity and plasticity). (Inostrannaya
literatura Publ., Moscow, 1960)
16. H. Hencky, Zur theorie plastischer deformationen und der hierdirch im material hervorgerufenen nachspannungen, in Ztschr. Angew. Math. und Mech. Bd. 4. H. 4 (1924), pp. 323–334
17. A. Il’yushin, Plastichnost’. (Osnovy obshchei matematicheskoi teorii) (Plasticity. Fundamentals of general mathematical theory). (Izd-vo AS USSR Publ., Moscow, 1963)
18. A. Il’yushin, Trudy. T. 1 (1935–1945) / Sostaviteli: E.A. Il’yushina, N.R. Korotkina (Scientific
work. Vol. 1 (1935–1945). Compiled By: E.A. Ilyushina, N.R. Korotkina). (Fizmatlit Publ.,
Moscow, 2003)
19. 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)
20. I. Iosimura, Mekhanika. Periodich. sb. perev. inostr. statei (Mechanics. Periodicity. collection
of pens. foreign. articles), no. 2 (60), Moscow, Mir Publ., chapter Zamechaniya k teorii
skol’zheniya Batdorfa i Budyanskogo (Remarks on the theory of sliding by Batdorf and
Budiansky) (1960), pp. 109–116
21. A. Ishlinskii, Osesimmetrichnaya zadacha teorii plastichnosti i proba Brinellya (Axisymmetric
problem of plasticity theory and the Brinell test). Prikl. matem. i mekh-ka 8(3), 201–224 (1944)
22. A. Ishlinskii, Obshchaya teoriya plastichnosti s lineinym uprochneniem (General theory of
plasticity with linear hardening). Ukr. mat. zhurn. 6(3), 314–325 (1954)
23. D. Ivlev, Mekhanika plasticheskikh sred: v 2 t. T.1.: Teoriya ideal’noi plastichnosti (Mechanics
of plastic media: in 2 vols. Vol. 1.: Theory of ideal plasticity). (Fizmatlit Publ., Moscow, 2001)
159
2. A. Alyamovskii, SolidWorks. Komp’yuternoe modelirovanie v inzhenernoi praktike (SolidWorks. Computer modeling in engineering practice). (BKHV-Peterburg Publ., SaintPetersburg, 2006)
3. B. Annin, V. Zhigalkin, Povedenie materialov v usloviyakh slozhnogo nagruzheniya (Behavior
of materials under complex loading conditions). (Nauka Publ., Novosibirsk, 1999)
4. M. Artemov, D. Ivlev, O staticheskikh i kinematicheskikh sootnosheniyakh teorii ideal’noi
plastichnosti pri kusochno-lineinykh usloviyakh tekuchesti (On static and kinematic relations
of the theory of ideal plasticity under piecewise linear flow conditions). Izv. RAN, MTT, no. 3
(1995), pp. 104–110
5. S. Avershin, Sdvizhenie gornykh porod pri podzemnykh razrabotkakh (Movement of rocks in
underground mining). (Ugleizdat Publ., Moscow, 1947)
6. S. Batdorf, B. Budiansky, Splitting tests: an alternative to determine the dynamic tensile
strength of ceramic materials, in NACA TC1871 (1949), pp. 1–31
7. G. Chernyi, slovo o vechno novoi mekhanike. lektsiya v moskovskom politekhnicheskom muzee
20 marta 2008 g. (Word of forever new mechanics. lecture at the Moscow polytechnic museum
March 20, 2008). http://new.math.msu.su/admission/Slovo
8. P. Cicala, On the plastic deformation, in Atti Accad. naz. Lincei. Rend. Cl. Sci. fis. e. nature.,
V. 8 (1950) pp. 583–586
9. R. Davis, A. Selvadurai, Plasticity and Geomechanics (Cambridge University Press, Cambridge, 2002)
10. D. Ehshelbi, Kontinual’naya teoriya dislokatsii (Continual theory of dislocations). (IL Publ.,
Moscow, 1963)
11. E. Erokhina, Prostranstvennye zadachi statiki sypuchikh sred (Spatial problems of statics of
granular media). Cand. Philos. Sci. Diss. Abstr., PhD thesis, Voronezh, VSU Publ., 2011
12. H.-Y. Fang, J. Daniels, Introductory Geotechnical Engineering/An Environmental Perspective
(Taylor and Francis Publ., London, 2006)
13. Y. Fridman, Mekhanicheskie svoistva metallov (Mechanical properties of metals). (Oborongiz
Publ., Moscow, 1952)
14. G. Genki, Teoriya plastichnosti: sb. perev (Theory of plasticity: a collection of translations)
Moscow, Inostrannaya literatura Publ., chapter K teorii plasticheskikh deformatsii i vyzyvaemykh imi v materiale ostatochnykh napryazhenii (On the theory of plastic deformations and
their causes in residual stress material) (1948), pp. 114–135
15. D. Gud’er, F. Khodzh, Uprugost’ i plastichnost’ (Elasticity and plasticity). (Inostrannaya
literatura Publ., Moscow, 1960)
16. H. Hencky, Zur theorie plastischer deformationen und der hierdirch im material hervorgerufenen nachspannungen, in Ztschr. Angew. Math. und Mech. Bd. 4. H. 4 (1924), pp. 323–334
17. A. Il’yushin, Plastichnost’. (Osnovy obshchei matematicheskoi teorii) (Plasticity. Fundamentals of general mathematical theory). (Izd-vo AS USSR Publ., Moscow, 1963)
18. A. Il’yushin, Trudy. T. 1 (1935–1945) / Sostaviteli: E.A. Il’yushina, N.R. Korotkina (Scientific
work. Vol. 1 (1935–1945). Compiled By: E.A. Ilyushina, N.R. Korotkina). (Fizmatlit Publ.,
Moscow, 2003)
19. 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)
20. I. Iosimura, Mekhanika. Periodich. sb. perev. inostr. statei (Mechanics. Periodicity. collection
of pens. foreign. articles), no. 2 (60), Moscow, Mir Publ., chapter Zamechaniya k teorii
skol’zheniya Batdorfa i Budyanskogo (Remarks on the theory of sliding by Batdorf and
Budiansky) (1960), pp. 109–116
21. A. Ishlinskii, Osesimmetrichnaya zadacha teorii plastichnosti i proba Brinellya (Axisymmetric
problem of plasticity theory and the Brinell test). Prikl. matem. i mekh-ka 8(3), 201–224 (1944)
22. A. Ishlinskii, Obshchaya teoriya plastichnosti s lineinym uprochneniem (General theory of
plasticity with linear hardening). Ukr. mat. zhurn. 6(3), 314–325 (1954)
23. D. Ivlev, Mekhanika plasticheskikh sred: v 2 t. T.1.: Teoriya ideal’noi plastichnosti (Mechanics
of plastic media: in 2 vols. Vol. 1.: Theory of ideal plasticity). (Fizmatlit Publ., Moscow, 2001)