References
161
42. M. Leonov, V. Molotnikov, K teorii deformatsii metallov s yarko vyrazhennym predelom
tekuchesti (On the theory of deformations of metals with bright expressed yield strength), in
Izv. AN Kirg. SSR (Izv. Academy of Sciences of Kyrghyz. SSR), no. 6 (1974), pp. 3–10
43. M. Leonov, V. Molotnikov, B. Rychkov, Polzuchest’ tverdogo tela: sb. nauchn. tr. (Creep
solid body: collection of scientific. work). Frunze, Izd-vo Ilim Publ., chapter Nekotorye obobshcheniya kontseptsii skol’zheniya v teorii plastichnosti (Some generalizations the concept of
slip theory of plasticity) (1974), pp. 12–35
44. M. Leonov, N. Shvaiko, Slozhnaya ploskaya deformatsiya (Complex plane deformation), dan
sssr (Reports of the USSR academy of sciences). DAN SSSR (Reports of the USSR Academy
of Sciences) 159(5), 1007–1010 (1964)
45. V. Malinin, N. Malinina, Strukturno-analiticheskaya mezomekhanika deformiruemogo
tv"erdogo tela (Structural and analytical mesomechanics of a deformable solid). Fizicheskaya mezomekhanika [Physical mesomechanics] 8(5), 31–45 (2005)
46. A. Malmeister, V. Tamuzh, G. Teters, Soprotivlenie zhestkikh polimernykh materialov (Resistance of rigid polymeric materials). (Izd-vo Zinatne Publ., Riga, 1972)
47. B. Mel’nikov, N. Chernysheva, N. Podgornaya, I. Chigareva, Osobennosti primeneniya
ehndokhronnoi teorii plastichnosti dlya izucheniya deformirovaniya geomaterialov i stroitel’nykh materialov (Features of application of endochronous plasticity theory for studying the
deformation of geomaterials and building materials). Internet-zhurnal Stroitel’stvo unikal’nykh
zdanii i sooruzhenii 2(7), 71–77 (2013). (Online journal Construction of unique buildings and
structures) http://unistroy.spb.ru/. Accessed 18 Oct 2014
48. S. Mikhlin, Osnovnye uravneniya matematicheskoi teorii plastichnosti (Basic equations of the
mathematical theory of plasticity). (Izd-vo AN SSSR Publ., Leningrad, 1934)
49. S. Mikhlin, Sovremennoe sostoyanie matematicheskoi teorii plastichnosti (Current state of the
mathematical theory of plasticity), in Uspekhi matematicheskikh nauk (UMN) [Advances in
mathematical Sciences (UMN)], no. 3 (1937), pp. 175–193
50. R. Mises, Mechanik der festen körper im plastischdeformablen zustand, in Göttinger:
Königlichen Gesellschaft (1913), pp. 582–592
51. V. Molotnikov, Materialy konferentsii molodykh uchenykh (Frunze, Izd-vo MSKh Kirg. SSR)
(Materials of the conference of young people scientists). Frunze, publishing house of the
Ministry of agriculture of the Kirg. SSR, chapter Klinovye dislokatsii v ploskoi zadache
mekhaniki neuprugogo tverdogo tela (Wedge dislocations in a plane problem of mechanics
an inelastic solid) (1981), pp. 18–23
52. V. Molotnikov, A. Molotnikova, Neuprugaya deformatsiya tverdogo tela (Inelastic deformation
of a solid body), in Sovremennye innovatsionnye tekhnologii v s/kh mashinostroenii: materialy
mezhdunar. nauchn.-pr. konf. Interagromash. (Rostov n/D.) (Modern innovative technologies in
agricultural engineering: proceedings of the international. scientific-Ave. Conf. Interagromash.
(Rostov-on-Don)]m (2007), pp. 144–145
53. V. Molotnikov, A. Molotnikova, Plosko-plasticheskaya deformatsiya (Flat-plastic deformation), in Sostoyanie i perspektivy razvitiya sel’skokhozyaistvennogo mashinostroeniya: materialy mezhdunar. nauchn.-pr. konf. “Interagromash” [State and prospects of agricultural
engineering development: materials of the international conference. nauchn. - Ave. Conf.
“Interagromash”] (2009), pp. 186–189
54. V. Moskvitin, Plastichnost’ pri peremennykh napryazheniyakh (Plasticity under variable
loads). (Izd-vo MGU Publ., Moscow, 1965)
55. S. Murakami, Y. Radaev, Matematicheskaya model’ tr"ekhmernogo anizotropnogo
sostoyaniya povrezhd" (Mathematical model of a three-dimensional anisotropic state of
damage) Izv. RAN, MTT. (Izvestiya RAS, solid state Mechanics), no. 4 (1996), pp. 94–110
56. A. Nadai, The forces required for rolling steel strip under tension. J. Appl. Mech 6(2), 54–62
(1939)
57. T. Nakai, Constitutive Modeling of Geomaterials. Principles and Applications (CRC Press,
2010)
58. V. Novozhilov, I eshche o postulate izotropii (And more about the postulate of isotropy). Izv.
AN SSSR. OTN. Mekh-ka i mashinostr. [Izvestia of the USSR Academy of Sciences. Department
of technical Sciences. Mechanics and mechanical engineering], no. 1 (1962), pp. 205–208
161
42. M. Leonov, V. Molotnikov, K teorii deformatsii metallov s yarko vyrazhennym predelom
tekuchesti (On the theory of deformations of metals with bright expressed yield strength), in
Izv. AN Kirg. SSR (Izv. Academy of Sciences of Kyrghyz. SSR), no. 6 (1974), pp. 3–10
43. M. Leonov, V. Molotnikov, B. Rychkov, Polzuchest’ tverdogo tela: sb. nauchn. tr. (Creep
solid body: collection of scientific. work). Frunze, Izd-vo Ilim Publ., chapter Nekotorye obobshcheniya kontseptsii skol’zheniya v teorii plastichnosti (Some generalizations the concept of
slip theory of plasticity) (1974), pp. 12–35
44. M. Leonov, N. Shvaiko, Slozhnaya ploskaya deformatsiya (Complex plane deformation), dan
sssr (Reports of the USSR academy of sciences). DAN SSSR (Reports of the USSR Academy
of Sciences) 159(5), 1007–1010 (1964)
45. V. Malinin, N. Malinina, Strukturno-analiticheskaya mezomekhanika deformiruemogo
tv"erdogo tela (Structural and analytical mesomechanics of a deformable solid). Fizicheskaya mezomekhanika [Physical mesomechanics] 8(5), 31–45 (2005)
46. A. Malmeister, V. Tamuzh, G. Teters, Soprotivlenie zhestkikh polimernykh materialov (Resistance of rigid polymeric materials). (Izd-vo Zinatne Publ., Riga, 1972)
47. B. Mel’nikov, N. Chernysheva, N. Podgornaya, I. Chigareva, Osobennosti primeneniya
ehndokhronnoi teorii plastichnosti dlya izucheniya deformirovaniya geomaterialov i stroitel’nykh materialov (Features of application of endochronous plasticity theory for studying the
deformation of geomaterials and building materials). Internet-zhurnal Stroitel’stvo unikal’nykh
zdanii i sooruzhenii 2(7), 71–77 (2013). (Online journal Construction of unique buildings and
structures) http://unistroy.spb.ru/. Accessed 18 Oct 2014
48. S. Mikhlin, Osnovnye uravneniya matematicheskoi teorii plastichnosti (Basic equations of the
mathematical theory of plasticity). (Izd-vo AN SSSR Publ., Leningrad, 1934)
49. S. Mikhlin, Sovremennoe sostoyanie matematicheskoi teorii plastichnosti (Current state of the
mathematical theory of plasticity), in Uspekhi matematicheskikh nauk (UMN) [Advances in
mathematical Sciences (UMN)], no. 3 (1937), pp. 175–193
50. R. Mises, Mechanik der festen körper im plastischdeformablen zustand, in Göttinger:
Königlichen Gesellschaft (1913), pp. 582–592
51. V. Molotnikov, Materialy konferentsii molodykh uchenykh (Frunze, Izd-vo MSKh Kirg. SSR)
(Materials of the conference of young people scientists). Frunze, publishing house of the
Ministry of agriculture of the Kirg. SSR, chapter Klinovye dislokatsii v ploskoi zadache
mekhaniki neuprugogo tverdogo tela (Wedge dislocations in a plane problem of mechanics
an inelastic solid) (1981), pp. 18–23
52. V. Molotnikov, A. Molotnikova, Neuprugaya deformatsiya tverdogo tela (Inelastic deformation
of a solid body), in Sovremennye innovatsionnye tekhnologii v s/kh mashinostroenii: materialy
mezhdunar. nauchn.-pr. konf. Interagromash. (Rostov n/D.) (Modern innovative technologies in
agricultural engineering: proceedings of the international. scientific-Ave. Conf. Interagromash.
(Rostov-on-Don)]m (2007), pp. 144–145
53. V. Molotnikov, A. Molotnikova, Plosko-plasticheskaya deformatsiya (Flat-plastic deformation), in Sostoyanie i perspektivy razvitiya sel’skokhozyaistvennogo mashinostroeniya: materialy mezhdunar. nauchn.-pr. konf. “Interagromash” [State and prospects of agricultural
engineering development: materials of the international conference. nauchn. - Ave. Conf.
“Interagromash”] (2009), pp. 186–189
54. V. Moskvitin, Plastichnost’ pri peremennykh napryazheniyakh (Plasticity under variable
loads). (Izd-vo MGU Publ., Moscow, 1965)
55. S. Murakami, Y. Radaev, Matematicheskaya model’ tr"ekhmernogo anizotropnogo
sostoyaniya povrezhd" (Mathematical model of a three-dimensional anisotropic state of
damage) Izv. RAN, MTT. (Izvestiya RAS, solid state Mechanics), no. 4 (1996), pp. 94–110
56. A. Nadai, The forces required for rolling steel strip under tension. J. Appl. Mech 6(2), 54–62
(1939)
57. T. Nakai, Constitutive Modeling of Geomaterials. Principles and Applications (CRC Press,
2010)
58. V. Novozhilov, I eshche o postulate izotropii (And more about the postulate of isotropy). Izv.
AN SSSR. OTN. Mekh-ka i mashinostr. [Izvestia of the USSR Academy of Sciences. Department
of technical Sciences. Mechanics and mechanical engineering], no. 1 (1962), pp. 205–208