In this investigation, we present symmetry algebras of the canonical geodesic equations of the indecomposable solvable Lie groups of dimension five, confined to algebras A_{5,7}^{abc} to A_{18}^a. For each algebra, the related system of geodesics is provided. Moreover, a basis for the associated Lie algebra of the symmetry vector fields, as well as the corresponding nonzero brackets, are constructed and categorized
AbstractThe inverse problem of Lagrangian dynamics is solved for the geodesic spray associated to th...
Discrete symmetries of differential equations can be calculated systematically, using an indirect me...
For a linear ordinary differential equation the Lie algebra of its infinitesimal Lie symmetries is c...
For each of the two and three-dimensional indecomposable Lie algebras the geodesic equations of the ...
In this paper, symmetries of the canonical geodesic equations of indecomposable nilpotent Lie groups...
For each of the four-dimensional indecomposable Lie algebras the geodesic equations of the associate...
Differential equations are vitally important in numerous scientific fields. Oftentimes, they are qui...
In this paper Lie group theory is used to reduce the order of ordinary differential equations. For a...
In order to characterize the systems of second-order ODEs which admit a regular Lagrangian function,...
Thesis (M.Sc.)-University of KwaZulu-Natal, Durban, 2005.We investigate the role of Lie symmetries i...
In this work we consider an auxiliary system of the shallow water equations in which the first equat...
In this paper, we shall apply symmetry analysis to some first order functional differential equation...
Despite the fact that Sophus Lie's theory was virtually the only systematic method for solving nonli...
We discuss the Lie symmetry approach to homogeneous, linear, ordinary differential equations in an a...
We give a description of the Lie symmetry algebra of a general ordinary differential equation which ...
AbstractThe inverse problem of Lagrangian dynamics is solved for the geodesic spray associated to th...
Discrete symmetries of differential equations can be calculated systematically, using an indirect me...
For a linear ordinary differential equation the Lie algebra of its infinitesimal Lie symmetries is c...
For each of the two and three-dimensional indecomposable Lie algebras the geodesic equations of the ...
In this paper, symmetries of the canonical geodesic equations of indecomposable nilpotent Lie groups...
For each of the four-dimensional indecomposable Lie algebras the geodesic equations of the associate...
Differential equations are vitally important in numerous scientific fields. Oftentimes, they are qui...
In this paper Lie group theory is used to reduce the order of ordinary differential equations. For a...
In order to characterize the systems of second-order ODEs which admit a regular Lagrangian function,...
Thesis (M.Sc.)-University of KwaZulu-Natal, Durban, 2005.We investigate the role of Lie symmetries i...
In this work we consider an auxiliary system of the shallow water equations in which the first equat...
In this paper, we shall apply symmetry analysis to some first order functional differential equation...
Despite the fact that Sophus Lie's theory was virtually the only systematic method for solving nonli...
We discuss the Lie symmetry approach to homogeneous, linear, ordinary differential equations in an a...
We give a description of the Lie symmetry algebra of a general ordinary differential equation which ...
AbstractThe inverse problem of Lagrangian dynamics is solved for the geodesic spray associated to th...
Discrete symmetries of differential equations can be calculated systematically, using an indirect me...
For a linear ordinary differential equation the Lie algebra of its infinitesimal Lie symmetries is c...