This paper investigates an algorithm for finding steady-states in electromechanical systems for the cases of their periodic nature. The algorithm enables to specify the steady-state solution identified directly in time domain. The basis for such an algorithm is a discrete differential operator that specifies the values of the first derivative of the periodic function in the selected set of points on the basis of the values of that function in the same set of points. It creates algebraic equations describing the steady-state solution for the nonlinear differential equations describing electromechanical systems. In this paper, the direct time-domain approach is tested for the simple converter considering. The algorithm used in this paper is c...
When determining the steady-state output of lightly damped nonlinear systems with a stable periodic ...
A new simulator capable of "direct" steady-state time-domain simulation of circuits with periodic in...
The paper deals with an analysis of steady-state behaviours in inverter circuits. Transient and stea...
The main aim of consideration is to find relations for direct determination in time domain of period...
This paper describes an algorithm for finding steady states in AC machines for the cases of their tw...
This paper presents the improved methodology for the direct calculation of steady-state periodic sol...
This paper presents a generalized formulation of the periodic steady-state analysis for oscillators....
Modelling of periodic processes of electromagnetic devices is a complex problem. The task of finding...
The paper presents an iterative algorithm for direct determination of steady-state solutions in AC m...
International audienceThis article presents a practical and effective method to analyze the steady s...
Periodic steady-state analysis plays an important role in both theoretical topics and numerical simu...
Steady-state methods have been devised to compute periodic wave-forms without having to integrate th...
In power quality studies, the total harmonic distortion (THD) at a system bus often needs to be calc...
The paper presents a study on a novel steady state solver for modelling rotating electromechanical d...
The problem of computing the steady state response of nonlinear autonomous circuits is solved making...
When determining the steady-state output of lightly damped nonlinear systems with a stable periodic ...
A new simulator capable of "direct" steady-state time-domain simulation of circuits with periodic in...
The paper deals with an analysis of steady-state behaviours in inverter circuits. Transient and stea...
The main aim of consideration is to find relations for direct determination in time domain of period...
This paper describes an algorithm for finding steady states in AC machines for the cases of their tw...
This paper presents the improved methodology for the direct calculation of steady-state periodic sol...
This paper presents a generalized formulation of the periodic steady-state analysis for oscillators....
Modelling of periodic processes of electromagnetic devices is a complex problem. The task of finding...
The paper presents an iterative algorithm for direct determination of steady-state solutions in AC m...
International audienceThis article presents a practical and effective method to analyze the steady s...
Periodic steady-state analysis plays an important role in both theoretical topics and numerical simu...
Steady-state methods have been devised to compute periodic wave-forms without having to integrate th...
In power quality studies, the total harmonic distortion (THD) at a system bus often needs to be calc...
The paper presents a study on a novel steady state solver for modelling rotating electromechanical d...
The problem of computing the steady state response of nonlinear autonomous circuits is solved making...
When determining the steady-state output of lightly damped nonlinear systems with a stable periodic ...
A new simulator capable of "direct" steady-state time-domain simulation of circuits with periodic in...
The paper deals with an analysis of steady-state behaviours in inverter circuits. Transient and stea...