Tolkushkin, A. O.

科研成果

每年的科研成果 2018 2018 2019 2020 2023

• 13 Article
• 4 Conference contribution
• 1 Conference article

每年的科研成果

每年的科研成果

搜索结果

• 2023

  Development and Computer Simulation of the New Combined Process for Producing a Rebar Profile

  Lezhnev, S., Naizabekov, A., Panin, E., Tolkushkin, A., Kuis, D., Kasperovich, A. & Yordanova, R., 2023, 在: Modelling and Simulation in Engineering. 2023, 页码 1-10 10 页码

  科研成果: Article › 同行评审

  • Rebar 100%
  • Computer Simulation 92%
  • Profile 80%
  • Computer simulation 51%
  • Die 50%

• Finite Element Modeling of ECAP-Linex Combined Process of Severe Plastic Deformation

  Panin, E., Volokitina, I., Volokitin, A., Naizabekov, A., Akhmetova, G., Lezhnev, S., Tolkushkin, A., Esbolat, A. & Yordanova, R., 7 3月 2023, 在: Modelling and Simulation in Engineering. 2023, 页码 1-23 23 页码

  科研成果: Article › 同行评审

  • Finite Element Modeling 100%
  • Plastic Deformation 93%
  • Equal channel angular pressing 91%
  • Plastic deformation 59%
  • Pulleys 58%
• 2022

  ANALYSIS OF THE TECHNOLOGICAL PROCESS OF FORGING WORKPIECES IN STEP-WEDGE STRIKERS USING FEM MODELING

  Volokitin, A. V., Naizabekov, A. B., Panin, E. A., Tolkushkin, A. O. & Koinov, T. A., 2022, 在: Journal of Chemical Technology and Metallurgy. 57, 2, 页码 367-375 9 页码

  科研成果: Article › 同行评审

  • Forging 73%
  • Grain Size 64%
  • Microstructure 46%
  • Finite element method 42%
  • Strain rate 31%
  1 引用 （Scopus）
• 2020

  Analysis of the effectiveness of new rolling technology with macroshift

  Naizabekov, A. B., Krupen'kin, I. I., Panin, E. A. & Tolkushkin, A. O., 1 1月 2020, 在: Journal of Chemical Technology and Metallurgy. 55, 3, 页码 620-626 7 页码

  科研成果: Article › 同行评审

  • Shear 100%
  • Plate Like Crystal 85%
  • Microstructure 73%
  • Volume 62%
  • Shear deformation 36%
  2 引用 （Scopus）

• Assessment of a new equipment for mechanical testing of materials by a torsion

  Bogatov, A. A., Shvarts, D. L., Tolkushkin, A. O., Lezhnev, S. N., Naizabekov, A. B. & Yordanova, R. M., 1 1月 2020, 在: Journal of Chemical Technology and Metallurgy. 55, 5, 页码 1150-1155 6 页码

  科研成果: Article › 同行评审

  • Testing of Material 100%
  • Mechanical testing 71%
  • Torsion 60%
  • Torsional stress 59%
  • Strain 31%

• АПРОБАЦИЯ НОВОГО ОБОРУДОВАНИЯ ДЛЯ МЕХАНИЧЕСКОГО ИСПЫТАНИЯ МАТЕРИАЛОВ НА КРУЧЕНИЕ

  Богатов, А. А., Шварц, Д. Л., Лежнев, С. Н. & Толкушкин, А. О., 2020, 在: Черная металлургия. Бюллетень научно-технической и экономической информации. 76, 4, 页码 382-390 9 页码

  科研成果: Article › 同行评审

  • Torsional stress 100%
  • Torsion testing 20%
  • Materials testing 15%
  • Mechanical testing 14%
  • Metal forming 14%
• 2019

  Development and research of the new forging technology of billets in the step-wedge dies

  Tolkushkin, A. O., Lezhnev, S. N., Naizabekov, A. B., Panin, E. A., Yordanova, R. M. & Zhumagaliyev, D. R., 1 1月 2019, 在: Journal of Chemical Technology and Metallurgy. 54, 6, 页码 1337-1343 7 页码

  科研成果: Article › 同行评审

  • Forging 73%
  • Shear 31%
  • Metal 31%
  • Force 23%
  • Simulation 21%
  1 引用 （Scopus）

• Study of the drawing process in a step-wedge dies

  Tolkushkin, A., Panin, E. & Lezhnev, S., 2019, 在: Materials Today: Proceedings. 19, 页码 1883-1886 4 页码

  科研成果: Article › 同行评审

  • Strain 100%
  • Simulation 30%
  • Computer simulation 26%
  1 引用 （Scopus）
• 2018

  New Method of Severe Plastic Deformation of Metals

  Rudskoy, A. I., Bogatov, A. A., Nukhov, D. S. & Tolkushkin, A. O., 1 5月 2018, 在: Metal Science and Heat Treatment. 60, 1-2, 页码 3-6 4 页码

  科研成果: Article › 同行评审

  • billets 100%
  • Plastic Deformation 98%
  • Plastic deformation 69%
  • plastic deformation 69%
  • Strain 55%
  12 引用 （Scopus）

• On the development of the new technology of severe plastic deformation in metal forming

  Rudskoi, A. I., Bogatov, A. A., Nukhov, D. S. & Tolkushkin, A. O., 1 1月 2018, 在: Materials Physics and Mechanics. 38, 1, 页码 76-81 6 页码

  科研成果: Article › 同行评审

  • metal forming 100%
  • Plastic Deformation 90%
  • Metal forming 82%
  • Plastic deformation 64%
  • plastic deformation 64%
  15 引用 （Scopus）

• КОМПЬЮТЕРНОЕ МОДЕЛИРОВАНИЕ ПРОЦЕССА ПРОТЯЖКИ НЕПРЕРЫВНО-ЛИТОЙ ЗАГОТОВКИ НА СДВОЕННОМ ПРЕССЕ ИПД С ЦЕЛЬЮ ОПРЕДЕЛЕНИЯ РАЦИОНАЛЬНОЙ ГРАВЮРЫ ШТАМПА

  Богатов, А. А., Нухов, Д. Ш. & Толкушкин, А. О., 2018, 在: Кузнечно-штамповочное производство. Обработка материалов давлением. 3, 页码 42-46

  科研成果: Article › 同行评审

  • Broaching 100%
  • Continuous casting 36%
  • Computer simulation 35%
  • Software packages 31%

• НОВЫЙ СПОСОБ ИНТЕНСИВНОГО ПЛАСТИЧЕСКОГО ДЕФОРМИРОВАНИЯ МЕТАЛЛОВ

  Рудской, А. И., Богатов, А. А., Нухов, Д. Ш. & Толкушкин, А. О., 2018, 在: Металловедение и термическая обработка металлов. 1(751), 页码 5-8 4 页码

  科研成果: Article › 同行评审

  • Plastic Deformation 100%
  • Plastic deformation 71%
  • Strain 56%
  • Metals 51%
  • Pressure 46%

• СПОСОБ ФИЗИЧЕСКОГО МОДЕЛИРОВАНИЯ ПРОЦЕССА РАЗРУШЕНИЯ МЕТАЛЛОВ ПРИ ВИНТОВОЙ ПРОКАТКЕ ЗАГОТОВОК

  Bogatov, A. A., Nukhov, D. S., Tolkushkin, A. O. & Panasenko, O. A., 1 10月 2018, 在: Chernye Metally. 10, 页码 6-10 5 页码

  科研成果: Article › 同行评审

  • Piercing 100%
  • Torsion 81%
  • Simulation 50%
  • Ductility 46%
  • Torsional stress 40%
  3 引用 （Scopus）