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1. Features of propagation of elastic waves in auxetics.

2. The role of shear energy in the process of deformation of titanium nickelide.

3. Modeling of the Deformation Processes from Single Crystal Alloy VZHM8 at Shock Loads.

4. Application of Deformation Criteria of Destruction for Modeling of Destruction of the Target from 2024 Alloy under Dynamic Loading.

5. Propagation of Longitudinal and Rod Waves in Cylinders from Polycrystalline and Single-Crystal Materials under Dynamic Loading.

6. Options of Decomposition of Tensors of Full Stresses in Modeling the Processes of Elastic-Plastic Deformation of Auxetic Media with Cubic Symmetry of Properties.

7. Modeling of the Destruction of a Target from an Anisotropic Aluminum Alloy AA7010-T6 under Dynamic Loading.

8. Modeling of the Destruction of a Target from an Anisotropic Aluminum Alloy 2024 by Applying Various Fracture Criteria under Dynamic Loading.

9. Simulation of the Crack Distribution at the “Viscous” of the Destruction of the HCP-Single Crystals in the Plane (101̅0).

10. Numerical Modeling of Spalling Brittle Fracture along the (0001) Plane in HCP-Single Crystals under Shock Loading.

11. Distribution of Shock Waves in Composite Materials Reinforced with Glass Fiber.

12. Modeling of the Destruction of Aluminum Single Crystal.

13. Modelling of the Deformation of Highly Porous Metals and Alloys under Dynamic Loading.

14. The Relationship between Elastic Constants and Structure of Shock Waves in a Zinc Single Crystal.

15. Green-Naghdi Corotational Derivative for Modeling the Deformation of Materials with the Transtropic Symmetry of Properties.

16. Simulation of Propagation of Longitudinal and Bulk Waves in HCP Single Crystal in a Three-Dimensional Statement on the Example of Zinc Crystals.

17. Modeling of Microdamage Accumulation in Anisotropic Metals and Alloys.

18. Numerical Simulation of the Fractures of Anisotropic Materials Characterized by the High Degree of Anisotropy of Elongation at Break.

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