AbstractThe paper reviews results on rigorous proofs for stability properties of classes of linear multistep methods (LMMs) used either as IVMs or as BVMs. The considered classes are not only the well-known classical ones (BDF, Adams, …) along with their BVM correspondent, but also those which were considered unstable as IVMs, but stable as BVMs. Among the latter we find two classes which deserve attention because of their peculiarity: the TOMs (top order methods) which have the highest order allowed to a LMM and the Bs-LMMs which have the property to carry with each method its natural continuous extension
ABSTRACT. Stability properties of linear multistep methods for delay differential equations with res...
Not availableThe main purpose of this mork is to shym that linear multistep methods for Ordinary Dif...
AbstractA multistep computational scheme is proved to have stability properties. Applications includ...
The paper reviews results on rigorous proofs for stability properties of classes of linear multistep...
AbstractThe paper reviews results on rigorous proofs for stability properties of classes of linear m...
The study of the linear stability for linear multistep methods leads to consider the location of the...
The linear stability analysis for linear multistep methods leads to study the location of the roots ...
Convergence and stability of initial and boundary value multistep methods are analyzed for a class o...
In the present paper, stability and convergence properties of linear multistep meth-ods are investig...
AbstractTo overcome the “order barrier” imposed by A-stability on linear multistep methods (LMMs), U...
In many applications, large systems of ordinary differential equations (ODEs) have to be solved nume...
AbstractThe stability regions of linear multistep methods for pure delay equations are compared with...
AbstractA family of nonlinear multistep (NLMS) methods is formulated to be A-stable in the sense of ...
We introduce a family of Linear Multistep Methods used as Boundary Value Methods for the numerical s...
Linear multistep methods for ordinary differential equations generate convolution quadrature rules. ...
ABSTRACT. Stability properties of linear multistep methods for delay differential equations with res...
Not availableThe main purpose of this mork is to shym that linear multistep methods for Ordinary Dif...
AbstractA multistep computational scheme is proved to have stability properties. Applications includ...
The paper reviews results on rigorous proofs for stability properties of classes of linear multistep...
AbstractThe paper reviews results on rigorous proofs for stability properties of classes of linear m...
The study of the linear stability for linear multistep methods leads to consider the location of the...
The linear stability analysis for linear multistep methods leads to study the location of the roots ...
Convergence and stability of initial and boundary value multistep methods are analyzed for a class o...
In the present paper, stability and convergence properties of linear multistep meth-ods are investig...
AbstractTo overcome the “order barrier” imposed by A-stability on linear multistep methods (LMMs), U...
In many applications, large systems of ordinary differential equations (ODEs) have to be solved nume...
AbstractThe stability regions of linear multistep methods for pure delay equations are compared with...
AbstractA family of nonlinear multistep (NLMS) methods is formulated to be A-stable in the sense of ...
We introduce a family of Linear Multistep Methods used as Boundary Value Methods for the numerical s...
Linear multistep methods for ordinary differential equations generate convolution quadrature rules. ...
ABSTRACT. Stability properties of linear multistep methods for delay differential equations with res...
Not availableThe main purpose of this mork is to shym that linear multistep methods for Ordinary Dif...
AbstractA multistep computational scheme is proved to have stability properties. Applications includ...