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Staff profile

Pavlo O. Steblianko

Стеблянко Павло Олексійович

Position: Leading Researcher

Department: Department of Thermoplasticity

Academic degree: Doctor of Physical and Mathematical Sciences

Academic title: Professor

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Research profile

Research areas

  • Theory and numerical methods for nonstationary and stationary geometrically nonlinear thermoviscoplasticity problems for spatial bodies.
  • Mathematical and computer modelling of the behaviour of structural elements made of functionally graded materials.
  • Modelling of pseudo-elastoplastic materials under large deformations.
  • Splitting methods in spatial problems of plasticity theory.
Academic activity

Professional activity

Scientific activity is related to spatial problems of thermoelastoplasticity, high-accuracy numerical methods, and modelling of the behaviour of functionally graded and pseudo-elastoplastic materials.

Selected publications

Publications

Selected publications

  1. Стеблянко П.А. Пространственные нестационарные задачи теории термоупругопластичности. Київ: Інститут механіки НАН України, 1997. 273 с.
  2. Стеблянко П.А. Методы расщепления в пространственных задачах теории пластичности. Київ: Наукова думка, 1998. 304 с.
  3. Steblyanko P. The schemes of abnormally high accuracy solution of non-stationary problems of theory of thermo-elastic-plasticity for plates and shells // The Fifth International Congress on Thermal Stresses and Related Topics. Blacksburg, Virginia, USA, 2003. P. TM-2-3-1–TM-2-3-4.
  4. Steblyanko P. The schemes of higher accuracy of solution non-stationary coupled problems of theory thermo-plasticity for rotation shells // Trends in Applications of Mathematics to Mechanics, STAMM 2004. Darmstadt, Germany, 2004. P. 346–355.
  5. Steblyanko P., Shevchenko Yu. The non-stationary 2D and 3D coupled problems of thermal-elastic-plasticity // TS2005 — 6th International Congress on Thermal Stresses Related Topics. Vienna, Austria, 2005. P. 231–234.
  6. Steblyanko P., Shevchenko Yu. Calculation of the temperature non-stationary stress-strained state of composite body on the basis of combined 2D model with 3D elements // TS2007 — 7th International Congress on Thermal Stresses Related Topics. Taipei, 2007. P. 647–650.
  7. Steblyanko P., Shevchenko Yu. Computational methods in stationary and nonstationary thermal-plasticity problems // Encyclopedia of Thermal Stresses. Springer, 2014. P. 630–636.
  8. Steblyanko P., Chernyakov Y., Petrov A., Loboda V. Phenomenological Model of Pseudo-Elastic-Plastic Material Under Nonstationary Combining Loading // Structural Integrity, vol. 8. Springer, 2019. P. 205–208.