In this paper is estimated a special solution for solving thermal diffusion equations, that describe motion of binary mixture in a flat layer. When Reynolds number (Re ! 0) is small, it is possible to simplify these equations to some easier problems. In solving process to find pressure it is necessary to solve an inverse problem. Answers for non-stationary regime are presented in trigonometric Fourier seriesВ данной работе оценивается специальное решение для уравнений термодиффузии, которые опи- сывают движение бинарной смеси в плоском слое. Когда число Рейнольдса мало (Re ! 0), то можно упростить эти уравнения. Чтобы найти давление, в ходе решения проблемы необходимо решить обратную задачу. Ответы на нестационарном режиме представлен...
The equations describing the flow of a one-dimensional barotropic perfect gas are considered in thi...
The paper considers the solution of the suspension transport problem for large grid Peclet numbers. ...
In this paper we demonstrate the possibilities of the self-similar and approximately self-similar ap...
In this paper is estimated a special solution for solving thermal diffusion equations, that describe...
Nonlinear model of convection in Oberbeck-Boussinesq approximation describing the flat joint motion ...
A unidirectional stationary binary mixture motion in a horizontal channel is under study. New exact ...
We obtain a priori estimates of the solution in the uniform metric for a linear conjugate initial-bo...
The problem of motion of a binary mixture in a tube with rectangular cross-section is considered in ...
The problem of motion of a binary mixture in a tube with rectangular cross-section is considered in ...
Thejoint unidirectional motion of three viscousliquids undertheinfluence of thermocapillarityforces a...
The initial boundary problem arising in the modeling of viscous fluid creeping rotational motion in...
A three-dimensional joint flow of a liquid and a binary mixture with common interface is considered...
The non-stationary boundary value problem on the motion of a fluid in a rotating cylindrical pipe i...
Two-dimensional creeping motion of three immiscible, incompressible viscous fluids in a flat channel...
The initial-boundary value problem arising in a modeling an unsteady unidirectional convec- tive fl...
The equations describing the flow of a one-dimensional barotropic perfect gas are considered in thi...
The paper considers the solution of the suspension transport problem for large grid Peclet numbers. ...
In this paper we demonstrate the possibilities of the self-similar and approximately self-similar ap...
In this paper is estimated a special solution for solving thermal diffusion equations, that describe...
Nonlinear model of convection in Oberbeck-Boussinesq approximation describing the flat joint motion ...
A unidirectional stationary binary mixture motion in a horizontal channel is under study. New exact ...
We obtain a priori estimates of the solution in the uniform metric for a linear conjugate initial-bo...
The problem of motion of a binary mixture in a tube with rectangular cross-section is considered in ...
The problem of motion of a binary mixture in a tube with rectangular cross-section is considered in ...
Thejoint unidirectional motion of three viscousliquids undertheinfluence of thermocapillarityforces a...
The initial boundary problem arising in the modeling of viscous fluid creeping rotational motion in...
A three-dimensional joint flow of a liquid and a binary mixture with common interface is considered...
The non-stationary boundary value problem on the motion of a fluid in a rotating cylindrical pipe i...
Two-dimensional creeping motion of three immiscible, incompressible viscous fluids in a flat channel...
The initial-boundary value problem arising in a modeling an unsteady unidirectional convec- tive fl...
The equations describing the flow of a one-dimensional barotropic perfect gas are considered in thi...
The paper considers the solution of the suspension transport problem for large grid Peclet numbers. ...
In this paper we demonstrate the possibilities of the self-similar and approximately self-similar ap...