Lyazhkov Sergey

Материал из Department of Theoretical and Applied Mechanics
Версия от 10:07, 9 июля 2024; 5.139.229.10 (обсуждение) (Participation in conferences)

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ORCID: 0000-0002-1137-2884

Education[править]

  1. 2004-2015 - Saint-Petersburg School 68
  2. 2015-2019 - Bachelor - Saint-Petersburg Peter the Great Polythecnic University, Higher School of Theoretical Mechanics
  3. 2019-2021 - Master - Saint-Petersburg Peter the Great Polythecnic University, Higher School of Theoretical Mechanics, MDS

Scientific interests[править]

  1. Nanoscale heat transport
  2. Nonlinear dynamics (oscillations of nonlinear systems, nonlinear waves in continuum and discrete media)
  3. Molecular dynamics

Soft[править]

  1. Software packages: ANSYS Mechanical, Wolfram Mathematica, SolidWorks, MATLAB
  2. PC languages: C++, Python
  3. Bash
  4. LaTeX

Research Projects[править]

Thermocrystal

Certificates[править]

  1. Toyota Production Systems (2019)
  2. Fundamentals of waves and vibrations. Coursera, 4XWNMUXVARJT (2020)
  3. Fundamentals of Fluid-Solid Interactions. Coursera, RKRC4ZPLG28C (2020)
  4. Problems of modern physics (2021)

Participation in conferences[править]

  1. International Summer School-Conference “Advanced Problems in Mechanics”, 2019-2022, 2024
  2. ELBRUS 2022
  3. YSM-2022
  4. NODYCON 2023
  5. XIII All-Russian Congress on Theoretical and Applied Mechanics, 2023
  6. MNPS 2022, 2023
  7. Week of science, 2017-2019, 2022-2024

Papers[править]

  1. Kuzkin V.A., Liazhkov S.D. Equilibration of kinetic temperatures in face-centered cubic lattices // Phys. Rev. E 102, 042219 (2020) (download)
  2. Liazhkov S.D., Kuzkin V.A. Unsteady two-temperature heat transport in mass-in-mass chains // Phys. Rev. E, 105, 054145 (2022) (download)
  3. Liazhkov S.D. Unsteady heat transport in an instantly heated semi-infinite free end Hooke chain // CMAT 35(2) 413-430 (2023)(download)
  4. Liazhkov S.D. Energy supply into a semi-infinite \beta-Fermi–Pasta–Ulam–Tsingou chain by periodic force loading // Acta Mech (2024) (download)

Teaching[править]

  1. Fundamentals of oscillation theory and perturbation methods (2021 - nowadays)
  2. Fundamentals of wave mechanics (2024 - nowadays)
  3. Theoretical Mechanics (2021 - nowadays)
  4. Digital culture (2023 - nowadays)

Contacts[править]

  https://t.me/uncle_serjozha
  sergeiliazhkov@gmail.com