Abstract: We consider an ordinary differential equation of a very general form. For it, we introduce the notion of a power-elliptic expansion of its solutions and give a method of calculation of the expansion. We show that the first and second Painlev'e equations have got such expansions of solution.Note: Research direction:Mathematical problems and theory of numerical method
Abstract: We consider a system of ordinary differential equations of very general form. We...
Abstract: The article is devoted to the study of the fifth Painleve equation. The aim of t...
Abstract: We consider the third Painlev´e equation in the case when all its four complex p...
Abstract: We consider an ordinary differential equation of a very general form. For it, we...
Abstract: We consider an ordinary differential equation (ODE) which can be written as a po...
Abstract: We consider an ordinary differential equation of a very general form. Let we hav...
Abstract: We consider an ordinary differential equation of the fourth order, which is the ...
Abstract: Here we set out algorithm based on the three-dimensional power geometry, which a...
Abstract: We consider the complicated and exotic asymptotic expansions of solutions to a p...
Abstract: We give the generalizations of the classical theorems of Cauchy and Cauchy-Koval...
Abstract: We consider an ordinary differential equation of a very general form. Let its tr...
Abstract: We compute all power expansions of solutions to the first Painleve equation by t...
Abstract: By means of Power Geometry, shortly presented in §1, in the generic case we comp...
Abstract: We consider the complicated and exotic asymptotic expansions of solutions to a p...
In this paper we consider a hierarchy of the first Painlevé equation's higher order analogues. ...
Abstract: We consider a system of ordinary differential equations of very general form. We...
Abstract: The article is devoted to the study of the fifth Painleve equation. The aim of t...
Abstract: We consider the third Painlev´e equation in the case when all its four complex p...
Abstract: We consider an ordinary differential equation of a very general form. For it, we...
Abstract: We consider an ordinary differential equation (ODE) which can be written as a po...
Abstract: We consider an ordinary differential equation of a very general form. Let we hav...
Abstract: We consider an ordinary differential equation of the fourth order, which is the ...
Abstract: Here we set out algorithm based on the three-dimensional power geometry, which a...
Abstract: We consider the complicated and exotic asymptotic expansions of solutions to a p...
Abstract: We give the generalizations of the classical theorems of Cauchy and Cauchy-Koval...
Abstract: We consider an ordinary differential equation of a very general form. Let its tr...
Abstract: We compute all power expansions of solutions to the first Painleve equation by t...
Abstract: By means of Power Geometry, shortly presented in §1, in the generic case we comp...
Abstract: We consider the complicated and exotic asymptotic expansions of solutions to a p...
In this paper we consider a hierarchy of the first Painlevé equation's higher order analogues. ...
Abstract: We consider a system of ordinary differential equations of very general form. We...
Abstract: The article is devoted to the study of the fifth Painleve equation. The aim of t...
Abstract: We consider the third Painlev´e equation in the case when all its four complex p...