AbstractModified finite difference methods based on mixed-type interpolation are derived and applied for fourth-order linear ordinary differential equations subject to a special kind of boundary conditions. In this paper, we present and analyse methods of orders 2, 4 and 6. Several numerical experiments are performed to illustrate the theoretical background
ABSTRACT. This paper describes some new finite difference methods for the approxi-mation of eigenval...
ABSTRACT. This paper describes some new finite difference methods of order 2 and 4 for computing eig...
ABSTRACT. This paper describes some new finite difference methods of order 2 and 4 for computing eig...
Modified finite difference methods based on mixed-type interpolation are derived and applied for fou...
Modified finite difference methods based on mixed-type interpolation are derived and applied for fou...
AbstractModified finite difference methods based on mixed-type interpolation are derived and applied...
AbstractA modified finite-difference method based on mixed-type interpolation is derived and applied...
A modified finite-difference method based on mixed-type interpolation is derived and applied for com...
AbstractModified finite difference methods based on mixed-type interpolation are derived and applied...
AbstractA modified finite-difference method based on mixed-type interpolation is derived and applied...
AbstractModified finite difference methods based on mixed-type interpolation are derived and applied...
AbstractNovel finite-difference methods are developed for approximating the eigenvalues of three typ...
AbstractWe discuss the construction of three-point finite difference aproximations for the class of ...
ABSTRACT. This paper describes some new finite difference methods for the approxi-mation of eigenval...
ABSTRACT. This paper describes some new finite difference methods for the approxi-mation of eigenval...
ABSTRACT. This paper describes some new finite difference methods for the approxi-mation of eigenval...
ABSTRACT. This paper describes some new finite difference methods of order 2 and 4 for computing eig...
ABSTRACT. This paper describes some new finite difference methods of order 2 and 4 for computing eig...
Modified finite difference methods based on mixed-type interpolation are derived and applied for fou...
Modified finite difference methods based on mixed-type interpolation are derived and applied for fou...
AbstractModified finite difference methods based on mixed-type interpolation are derived and applied...
AbstractA modified finite-difference method based on mixed-type interpolation is derived and applied...
A modified finite-difference method based on mixed-type interpolation is derived and applied for com...
AbstractModified finite difference methods based on mixed-type interpolation are derived and applied...
AbstractA modified finite-difference method based on mixed-type interpolation is derived and applied...
AbstractModified finite difference methods based on mixed-type interpolation are derived and applied...
AbstractNovel finite-difference methods are developed for approximating the eigenvalues of three typ...
AbstractWe discuss the construction of three-point finite difference aproximations for the class of ...
ABSTRACT. This paper describes some new finite difference methods for the approxi-mation of eigenval...
ABSTRACT. This paper describes some new finite difference methods for the approxi-mation of eigenval...
ABSTRACT. This paper describes some new finite difference methods for the approxi-mation of eigenval...
ABSTRACT. This paper describes some new finite difference methods of order 2 and 4 for computing eig...
ABSTRACT. This paper describes some new finite difference methods of order 2 and 4 for computing eig...