Vol. 26 (2025): Issue 4.

Published: 2025-10-06

Methods and algorithms of computational mathematics and their applications

Control of the Gasoline Catalytic Reforming Process Based on a Kinetic Model Using an Artificial Neural Network

Kamila F. Koledina, Radmir R. Minigaliev, Sergey N. Koledin

397-409
- PDF (Russian)
Algorithm for applying the structural adaptation criterion to solve problems using adaptive mesh refinement

Sergey K. Grigoriev, Pavel A. Kuchugov

410-421
- PDF (Russian)
Modified axisymmetric contact smoothed particle hydrodynamics method with the possibility of modeling surface tension

Georgii D. Rublev

422-437
- PDF (Russian)
Two decades of algorithmic Feynman integral reduction

Alexander V. Smrinov, Vladimir A. Smirnov

438-448
- PDF
Acceleration of numerical simulation of seismic data for monitoring the burial of CO₂ using a neural network

Elena A. Gondyul, Vadim V. Lisitsa, Dmitry M. Vishnevsky

465-478
- PDF (Russian)
Numerical algorithm to estimate formation factor of digital rocks

Aleksei A. Manaev, Tatyana S. Khachkova, Vadim V. Lisitsa

479-501
- PDF (Russian)
Computational efficiency and adaptation of radiation transfer module within Large-eddy simulation model

Andrey V. Debolskiy, Evgeny V. Mortikov, Aleksei A. Poliukhov

515-533
- PDF (Russian)
A method for constructing fully interpretable linear regressions with statistically significant estimates according to the Student’s criterion and insignificant intercorrelation coefficients

Mikhail P. Bazilevskiy

534-547
- PDF (Russian)
Review of methods for describing the structure of algorithms

Alexander S. Antonov

548-568
- PDF (Russian)
Three-dimensional time-dependent multiphase model of local melting processes for stationary and moving continuous bodies

Ratmir S. Rublya, Sergei A. Nikiforov, Ivan V. Shvarts, Albert K. Gilmutdinov

569-587
- PDF (Russian)
Numerical method for modeling multiscale dynamics of gas-dispersed media with two relaxation parameters based on Smoothed Particle Hydrodynamics

Tatiana A. Savvateeva

588-600
- PDF (Russian)

Parallel software tools and technologies

Applying Composable Parallelism in Programs Using Parallel

Vladimir A. Bakhtin, Nikita А. Kataev, Alexander S. Kolganov, Dmitriy А. Zakharov, Alexander A. Smirnov, Anton A. Malakhov

449-464
- PDF (Russian)
New approaches for automatic analysis of HPC application performance using the TASC software suite

Vladimir A. Matveev, Alexander V. Setyaev, Vadim V. Voevodin

502-514
- PDF
Scalability study of parallel algorithm for numerical modeling of plasma confinement in open magnetic traps using simulation modeling methods

Igor G. Chernykh, Dmitry V. Vins, Vitaly A. Vshivkov, Marina A. Boronina

601-614
- PDF (Russian)

Vol. 26 (2025): Issue 4.

Methods and algorithms of computational mathematics and their applications

Control of the Gasoline Catalytic Reforming Process Based on a Kinetic Model Using an Artificial Neural Network

Algorithm for applying the structural adaptation criterion to solve problems using adaptive mesh refinement

Modified axisymmetric contact smoothed particle hydrodynamics method with the possibility of modeling surface tension

Two decades of algorithmic Feynman integral reduction

Acceleration of numerical simulation of seismic data for monitoring the burial of CO₂ using a neural network

Numerical algorithm to estimate formation factor of digital rocks

Computational efficiency and adaptation of radiation transfer module within Large-eddy simulation model

A method for constructing fully interpretable linear regressions with statistically significant estimates according to the Student’s criterion and insignificant intercorrelation coefficients

Review of methods for describing the structure of algorithms

Three-dimensional time-dependent multiphase model of local melting processes for stationary and moving continuous bodies

Numerical method for modeling multiscale dynamics of gas-dispersed media with two relaxation parameters based on Smoothed Particle Hydrodynamics

Parallel software tools and technologies

Applying Composable Parallelism in Programs Using Parallel

New approaches for automatic analysis of HPC application performance using the TASC software suite

Scalability study of parallel algorithm for numerical modeling of plasma confinement in open magnetic traps using simulation modeling methods

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