All Stories

  1. Mathematical modeling of inhomogeneous electric field impact on a liquid crystal layer
  2. Numerical solution of equations describing the action of electric field on a liquid crystal
  3. Numerical modeling of seismic wavefields in viscoelastic soils under pulse impact
  4. ANALYSIS OF THE UNSTABLE STATE OF A LIQUID CRYSTAL BASED ON THE OSEEN-FRANK MODEL
  5. ANALYSIS OF BENDING OF COMPOSITE PLATES WITH ACCOUNT FOR THE DIFFERENCE IN RESISTANCE TO TENSION AND COMPRESSION
  6. On the theory of constitutive equations for composites with different resistance in compression and tension
  7. One-dimensional finite difference schemes for splitting method realization in axisymmetric equations of the dynamics of elastic medium
  8. MODELING OF THE DYNAMICS OF A LIQUID CRYSTAL UNDER THE ACTION OF WEAK PERTURBATIONS
  9. Analysis of Bending of Composite Plates with Account for the Difference in resistance to Tension and Compression
  10. Finite Difference Schemes for Modelling the Propagation of Axisymmetric Elastic Longitudinal Waves
  11. Modeling of Plastic Deformation Based on the Theory of an Orthotropic Cosserat Continuum
  12. Analysis of seismic efficiency of the electromagnetic pulse source "Yenisei"
  13. Simulation of the dynamics of blocky media based on the Cosserat continuum theory using high-performance computations
  14. Accounting for singularities of the electric field acting on a liquid crystal
  15. Mathematical modeling of the impact of a pulse seismic source on geological media
  16. Variational Inequalities in the Dynamics of Elastic-Plastic Media: Thermodynamic Consistency, Mathematical Correctness, Numerical Implementation
  17. Supercomputer Modeling of Wave Propagation in Blocky Media Accounting Fractures of Interlayers
  18. Numerical modeling of the dynamic processes in liquid crystals under the action of thermomechanical and electrostatic perturbations
  19. Supercomputing analysis of seismic efficiency of the electromagnetic pulse source “Yenisei”
  20. Analysis of elastic waves generated in frozen grounds by means of the electromagnetic pulse source “Yenisei”
  21. Modelling the static stress–strain state around the fan-structure in the shear rupture head
  22. Numerical algorithm based on implicit finite-difference schemes for analysis of dynamic processes in blocky media
  23. Acoustic Approximation of the Governing Equations of Liquid Crystals Under Weak Thermomechanical and Electrostatic Perturbations
  24. Modeling of fan waves taking into account the resistance to separation of domino-slabs in a fan-shaped system
  25. Parallel implementation of the algorithm describing the behavior of liquid crystals under the action of electric field
  26. Analysis of Fan Waves in a Laboratory Model Simulating the Propagation of Shear Ruptures in Rocks
  27. Modeling of wave processes in blocky media with porous and fluid-saturated interlayers
  28. On the Numerical Analysis of Fan-Shaped Waves
  29. Modeling of wave processes in a blocky medium with fluid-saturated porous interlayers
  30. Analyzing the deformation of a porous medium with account for the collapse of pores
  31. Analysis of fan waves in a laboratory model simulating the propagation of shear ruptures in rocks
  32. Method of superposition of dislocations for finding stress-strain state around fan-shaped structure in a brittle rock
  33. Analysis of elastic waves in blocky media using the equations of Cosserat continuum
  34. Mathematical modeling of a metal foam as an elastic-plastic continuum with changing resistance
  35. Numerical Modeling of a Block Medium as an Orthotropic Cosserat Continuum
  36. Mathematical modeling of deformation of a porous medium, considering its strengthening due to pore collapse
  37. Modeling of elastic waves in a blocky medium based on equations of the Cosserat continuum
  38. Numerical implementation of mathematical model of the dynamics of a porous medium on supercomputers of cluster architecture
  39. Modelling of Irreversible Deformation near the Tip of a Crack in a Porous Domain Containing Oil and Gas
  40. Radial expansion of a cylindrical or spherical cavity in an infinite porous medium
  41. Modeling of elastic waves in a block medium based on equations of the Cosserat continuum
  42. Numerical simulation of the dynamics of a liquid crystal in the case of plane strain using GPUs
  43. COMPUTATIONAL MODELING OF THE WAVES PROPAGATION IN A BLOCK MEDIUM WITH VISCOELASTIC INTERLAYERS
  44. On the acoustic approximation of thermomechanical description of a liquid crystal
  45. Parallel Program Systems for Problems of the Dynamics of Elastic-Plastic and Granular Media
  46. Parallel program systems for modeling elastic-plastic waves in structurally inhomogeneous materials
  47. Mathematical Modeling in Mechanics of Granular Materials
  48. Finite Strains of a Granular Material
  49. Introduction
  50. Rotational Degrees of Freedom of Particles
  51. Rheological Schemes
  52. Results of High-Performance Computing
  53. Mathematical Apparatus
  54. Contact Interaction of Layers
  55. Spatial Constitutive Relationships
  56. Limiting Equilibrium of a Material With Load Dependent Strength Properties
  57. Elastic–Plastic Waves in a Loosened Material
  58. The method of characteristics in ideal plasticity problems
  59. Analysis of rotational motion of material microstructure particles by equations of the Cosserat elasticity theory
  60. Resonant properties of moment Cosserat continuum
  61. Numerical analysis of 3D dynamic problems of the Cosserat elasticity theory subject to boundary symmetry conditions
  62. Numerical modeling of three-dimensional wave motions in couple-stress media
  63. The theory of finite strains of a granular material
  64. Mathematical Modeling of Elastic-Plastic Waves in Granular Media
  65. Study of the dynamic contact interaction of deformable bodies
  66. Parallel Computation of 3D Problems of the Dynamics of Elastic-Plastic Granular Material under Small Strains