Search Results - "Rublev, G. D" :: K.UTB vyhledávací portál

Loading…

Numerical viscosity control in Godunov-like smoothed particle hydrodynamics for realistic flows modeling

by Parshikov, A. N., Medin, S. A., Rublev, G. D., Dyachkov, S. A.
Published in Physics of fluids (1994) (01.01.2024)

Get full text

Journal Article

Loading…

Stationary thermal front in the problem of reconstructing the semiconductor thermal conductivity coefficient using simulation data

by Davydova, M. A., Rublev, G. D.
Published in Theoretical and mathematical physics (2024)

Get full text

Journal Article

Loading…

Asymptotically Stable Solutions with Boundaryand Internal Layers in Direct and Inverse Problemsfor a Singularly Perturbed Heat Equationwith Nonlinear Thermal Diffusion

by Davydova, M A, Rublev, G D
Published in Differential equations (01.04.2024)

Get full text

Journal Article

Loading…

Adjusting the numerical viscosity in the Godunov-like SPH method at modeling compressible flows

by Parshikov, A N, Medin, S A, Rublev, G D, Dyachkov, S A
Published in arXiv.org (14.06.2023)

Get full text

Paper Journal Article

Loading…

Asymptotically Stable Solutions with Boundary and Internal Layers in Direct and Inverse Problems for a Singularly Perturbed Heat Equation with Nonlinear Thermal Diffusion

by Davydova, M. A., Rublev, G. D.
Published in Differential equations (01.04.2024)

Get full text

Journal Article

Loading…

Modeling of shock wave passage through porous copper using moving window technique and kernel gradient correction in smoothed particle hydrodynamics method

by Rublev, G. D, Murzov, S. A
Year of Publication 18.10.2024

Get full text

Journal Article

Loading…

Modeling of shock wave passage through porous copper using moving window technique and kernel gradient correction in smoothed particle hydrodynamics method

by Rublev, G D, Murzov, S A
Published in arXiv.org (18.10.2024)

Get full text

Paper

Numerical viscosity control in Godunov-like smoothed particle hydrodynamics for realistic flows modeling

Stationary thermal front in the problem of reconstructing the semiconductor thermal conductivity coefficient using simulation data

Asymptotically Stable Solutions with Boundaryand Internal Layers in Direct and Inverse Problemsfor a Singularly Perturbed Heat Equationwith Nonlinear Thermal Diffusion

Adjusting the numerical viscosity in the Godunov-like SPH method at modeling compressible flows

Asymptotically Stable Solutions with Boundary and Internal Layers in Direct and Inverse Problems for a Singularly Perturbed Heat Equation with Nonlinear Thermal Diffusion

Modeling of shock wave passage through porous copper using moving window technique and kernel gradient correction in smoothed particle hydrodynamics method

Modeling of shock wave passage through porous copper using moving window technique and kernel gradient correction in smoothed particle hydrodynamics method

Refine Results

Format

Subject Area

Topic

Language

Year of Publication

Database