ديسمبر 2025

Заведующий лабораторией — НИЛ «Математическое моделирование быстропротекающих процессов в многокомпонентных и многофазных средах»

Доктор физико-математических наук

E-mail:

maierae[at]susu[dot]ru

Hirsch index:

РИНЦ 0

Scopus 0

Articles and monographs:

Fomin, E.. Prediction of shear strength of cluster-strengthened aluminum with multi-scale approach describing transition from cutting to bypass of precipitates by dislocations / E.. Fomin, A.. Mayer, V.. Krasnikov //International Journal of Plasticity.–2021.–Vol. 146

Khishchenko, K.V High- and low-entropy layers in solids behind shock and ramp compression waves / K.V. Khishchenko, A.E. Mayer //International Journal of Mechanical Sciences.–2021.–Vol. 189

Mayer, A. Dislocation nucleation in Al single crystal at shear parallel to (111) plane: Molecular dynamics simulations and nucleation theory with artificial neural networks / A.. Mayer, V.. Krasnikov, V.. Pogorelko //International Journal of Plasticity.–2021.–Vol. 139

Mayer, A.E Micromechanical model of nanoparticle compaction and shock waves in metal powders / A.E. Mayer //International Journal of Plasticity.–2021.–Vol. 147

Borodin, E.N. Coupled model for grain rotation, dislocation plasticity and grain boundary sliding in fine-grained solids / E.N. Borodin, A.E. Mayer, M.Y. Gutkin //International Journal of Plasticity.–2020.–Vol. 134

Ebel, A.A Scalability of increase in spall threshold in the presence of cylindrical protrusions on metals surface / A.A. Ebel, A.E. Mayer //Journal of Physics: Conference Series.–2020.–Vol. 1556 No. 1

Fomin, E.V. Slip of low-angle tilt grain boundary (110) in FCC metals at perpendicular shear / E.V. Fomin, A.E. Mayer //International Journal of Plasticity.–2020.–Vol. 134

Interaction of dislocation with GP zones or θ» phase precipitates in aluminum: Atomistic simulations and dislocation dynamics / Krasnikov, V.S //International Journal of Plasticity.–2020.–Vol. 125.– P.169-190

Krasnikov, V.S Prediction of the shear strength of aluminum with θ phase inclusions based on precipitate statistics, dislocation and molecular dynamics / V.S. Krasnikov, A.E. Mayer, V.V. Pogorelko //International Journal of Plasticity.–2020.–Vol. 128 No. -

Latypov, F.T. Dynamics of growth and collapse of nanopores in copper / F.T. Latypov, A.E. Mayer, V.S. Krasnikov //International Journal of Solids and Structures.–2020.–Vol. 202.– P.418-433

Mayer, A.E Plastic deformation at dynamic compaction of aluminum nanopowder: Molecular dynamics simulations and mechanical model / A.E. Mayer, A.A. Ebel, M.K. Al-Sandoqachi //International Journal of Plasticity.–2020.–Vol. 124.– P.22-41

Mayer, A.E Strain rate dependence of spall strength for solid and molten lead and tin / A.E. Mayer, P.N. Mayer //International Journal of Fracture.–2020.–Vol. 222 No. 1-2.– P.171-195

Krasnikov, V. Dislocation dynamics in aluminum containing phase: Atomistic simulation and continuum modeling / V.. Krasnikov, A.. Mayer //International Journal of Plasticity.–2019.–Vol. 119.– P.21-42

Mayer, A.E Evolution of pore ensemble in solid and molten aluminum under dynamic tensile fracture: Molecular dynamics simulations and mechanical models / A.E. Mayer, P.N. Mayer //International Journal of Mechanical Sciences.–2019.–Vol. 157-158 No. -.– P.816-832

Dislocation based plasticity in the case of nanoindentation / Zhao Kai //International Journal of Mechanical Sciences.–2018.–Vol. 148 No. -.– P.158-173

Ebel, A.A Influence of deposited nanoparticles on the spall strength of metals under the action of picosecond pulses of shock compression / A.A. Ebel, A.E. Maier //Journal of Physics: Conference Series.–2018.–Vol. 946

Krasnikov, V.S Influence of local stresses on motion of edge dislocation in aluminum / V.S. Krasnikov, A.E. Maier //International Journal of Plasticity.–2018.–Vol. 101.– P.170-187

Pogorelko, V.V High-speed collision of copper nanoparticles with aluminum surface: Inclined impact, interaction with roughness and multiple impact / V.V. Pogorelko, V.S. Krasnikov, A.E. Maier //Computational Materials Science.–2018.–Vol. 142.– P.108-121

Аль-Сандокачи, М. МОЛЕКУЛЯРНО-ДИНАМИЧЕСКОЕ МОДЕЛИРОВАНИЕ УДАРНО-ВОЛНОВОГО КОМПАКТИРОВАНИЯ АЛЮМИНИЕВОГО НАНОПОРОШКА / М.Х. Аль-Сандокачи, А.А. Эбель, А.Е. Майер //Челябинский физико-математический журнал.–2018.–Том 3 № 4.– C.453-475

К вопросу о инновационных способах получения материалов для покрытий поверхностей технологического оборудования на предприятиях пищевой индустрии / И.Ю. Потороко //ВЕСТНИК ЮЖНО-УРАЛЬСКОГО ГОСУДАРСТВЕННОГО УНИВЕРСИТЕТА. СЕРИЯ: ПИЩЕВЫЕ И БИОТЕХНОЛОГИИ.–2018.–Том 6 № 4.– C.20-28

Майер, П.Н. Evolution of foamed aluminum melt at high rate tension: A mechanical model based on atomistic simulations / П.Н. Майер, A.E. Maier //Journal of Applied Physics.–2018.–Vol. 124(3)

Майер, П.Н. Size distribution of pores in metal melts at non-equilibrium cavitation and further stretching, and similarity with the spall fracture of solids / П.Н. Майер, A.E. Maier //International Journal of Heat and Mass Transfer.–2018.–Vol. 127.– P.643-657

Попова, Т.В. Evolution of shock compression pulses in polymethylmethacrylate and aluminum / Т.В. Попова, A.E. Maier, К.В. Хищенко //Journal of Applied Physics.–2018.–Vol. 123(23)

Comparative study of shock-wave hardening and substructure evolution of 304L and Hadfield steels irradiated with a nanosecond relativistic high-current electron beam / С.Ф. Гнюсов //Journal of Alloys and Compounds.–2017.–Vol. 714.– P.232-244

Dynamic methods of nanoparticle assembly: High-velocity impact and shock-wave compaction / Mayer, A.E //Simulation for Additive Manufacturing 2017, Sinam 2017.–2017.–Vol. 2017-October.– P.21-22

Maier, A.E Shock-induced compaction of nanoparticle layers into nanostructured coating / A.E. Maier, A.A. Ebel //Journal of Applied Physics.–2017.–Vol. 122(16)

Бородин, И.Н. Influence of structure of grain boundaries and size distribution of grains on the yield strength at quasistatic and dynamical loading / И.Н. Бородин, A.E. Maier //Materials Research Express.–2017.–Vol. 4(8)

Эбель, А.А. ПЛАСТИЧЕСКАЯ ДЕФОРМАЦИЯ НАНОСТРУКТУРИРОВАННОЙ ПОВЕРХНОСТИ МЕТАЛЛА ПРИ ОТРАЖЕНИИ УДАРНОЙ ВОЛНЫ / А.А. Эбель, А.Е. Майер //Федеральное государственное бюджетное учреждение науки Институт металлургии и материаловедения им. А.А. Байкова Российской академии наук (ИМЕТ РАН) (Москва).–2017.– C.259-260

Хафизова Зоя Мухамедовна

Сулейманов Игорь Эдуардович

Семченко Галина Ивановна

Политов Евгений Викторович

Майер Александр Евгеньевич

Кузьминова Ксения Фаридовна

Конюхова Ирина Анатольевна

Колло Ирина Михайловна

Кокорева Елена Геннадьевна

Климович Тамара Петровна