In this paper we transfer classical results concerning Lyapunov stability of stationary solutions x* to the classes of DAEs being most interesting for circuit simulation, thereby keeping smoothness as low as possible. We formulate all criteria in terms of the original equation. Those simple matrix criteria for checking regularity, Lyapunov stability etc. are easily realized numerically
In this paper, the concept of Abramov’s method for transferring boundary conditions posed for regula...
In papers [1,2] there were consider different assumptions for averaging methods along the vertical c...
We consider various finite difference schemes for the first and the second initial‐boundary value pr...
In this paper we transfer classical results concerning Lyapunov stability of stationary solutions x*...
Differential algebraic equations consisting of a constant coefficient linear part and a small nonlin...
Differential algebraic equations consisting of a constant coefficient linear part and a small nonlin...
Differential algebraic equations consisting of a constant coefficient linear part and a small nonlin...
A shooting method for two-point-boundary value problems for fully implicit index-1 and -2 differenti...
Local stability of periodic solutions is established by means of a corresponding Floquet-theory for ...
Local stability of periodic solutions is established by means of a corresponding Floquet-theory for ...
Degenerate matrix method for numerical solving nonlinear systems of ordinary differential equations ...
In a linear differential algebraic equation with properly stated leading term, the involved derivati...
New stability results are proved for linear index-2 differential algebraic equations (DAE). They are...
New stability results are proved for linear index-2 differential algebraic equations (DAE). They are...
In a linear differential algebraic equation with properly stated leading term, the involved derivati...
In this paper, the concept of Abramov’s method for transferring boundary conditions posed for regula...
In papers [1,2] there were consider different assumptions for averaging methods along the vertical c...
We consider various finite difference schemes for the first and the second initial‐boundary value pr...
In this paper we transfer classical results concerning Lyapunov stability of stationary solutions x*...
Differential algebraic equations consisting of a constant coefficient linear part and a small nonlin...
Differential algebraic equations consisting of a constant coefficient linear part and a small nonlin...
Differential algebraic equations consisting of a constant coefficient linear part and a small nonlin...
A shooting method for two-point-boundary value problems for fully implicit index-1 and -2 differenti...
Local stability of periodic solutions is established by means of a corresponding Floquet-theory for ...
Local stability of periodic solutions is established by means of a corresponding Floquet-theory for ...
Degenerate matrix method for numerical solving nonlinear systems of ordinary differential equations ...
In a linear differential algebraic equation with properly stated leading term, the involved derivati...
New stability results are proved for linear index-2 differential algebraic equations (DAE). They are...
New stability results are proved for linear index-2 differential algebraic equations (DAE). They are...
In a linear differential algebraic equation with properly stated leading term, the involved derivati...
In this paper, the concept of Abramov’s method for transferring boundary conditions posed for regula...
In papers [1,2] there were consider different assumptions for averaging methods along the vertical c...
We consider various finite difference schemes for the first and the second initial‐boundary value pr...