Bakhtin K.E., Savinov P.A. Optimization method of solving cloaking problem for 2D electrical conductivity model | 3-8 |

Belozerov N.I., Chekhonin K.A. Three-dimensional finite element modeling of the flow of a metal melt with a free surface under conditions of a moving laser source | 9-21 |

Gritsenko A.A., Chekhonin K.A. Numerical modeling of residual stresses in deposited metal layer with a moving laser energy source | 22-32 |

Donskaya M.A., Yarovenko I.P. On selecting free path length sampling method for solving the non-stationary radiation transport equation using graphic accelerators | 33-44 |

Kan I.D. Reachability of inequalities from Lame's theorem | 45-54 |

Langarshoev M.R., Aydarmamadov A.G. The best approximation of functions analytic in the unit circle in weighted Bergman space | 55-66 |

Maergoiz L.S. Model for optimal control the activity mode of the pollution sources located in a megacity | 67-72 |

Nikolaeva N.A. Equilibrium problems for elastic body with a crack and thin conjugated inclusions | 73-95 |

Prokhorov D.V. On the associated spaces of the Hardy space | 96-106 |

Sakharov I.A. Projective and injective unars | 107-119 |

Strongin V.S., Ovchinnikov P.A., Lobanova E.A., Trefilov I.V., Shevchenko Y.A. Diluted cubic spin ice model | 120-132 |

Chebotarev A.Yu. Extremal problems for quasi-stationary equations of complex heat transfer with Fresnel coupling conditions | 133-140 |

Shutov A.V. On numbers with fixed last digits of linear recurrent base expansion | 141-150 |

Chudnovskiy V.M., Guzev M.A. Erratum to: Evaluation of the boiled water mass fraction during its heating by a laser heating element (2022, Volume 22, Number 2, Pages 164--166) | 151-151 |