Add to ORKGIn this paper we present some results and simulations about the limit cycle prediction in nonlinear systems with relay type nonlinearities using Multiple-input describing functions. The introduction of Describing Functions (DFs) theory is given, together with the derivations of three-sinusoid-input describing functions for the ideal relay nonlinearity. Then the application of this approach for analysis of the limit cycles in second order nonlinear systems with ideal relay type nonlinearity is shown. The applicability of the approach is demonstrated by example
The analysis of nonlinear systems can be greatly improved by the use of computer software. In this p...
A practical method is developed for limit-cycle predictions in the nonlinear multivariable feedback ...
A method of analysis which identifies limit cycles in autonomous systems with multiple nonlinearitie...
In this paper we present some results and simulations about the limit cycle prediction in nonlinear ...
Abstract Limit cycles play an important role in nonlinear systems, provided that many control loops ...
The describing function method is commonly used for the prediction of limit cycles in non-linear sys...
In recent years, there has been considerable interest in the study of feedback systems containing pr...
This paper analyses the limit cycle characteristics of systms with nonlinear friction or dynamics ba...
This paper deals with the so called describing functions method description as a simplified method o...
In this article we define and overview the basic concept of a describing function, and then we look ...
This paper is concerned with an evolutionary search for limit cycle operation in a class of nonlinea...
A survey of different methods to investigate the existence of limit cycles in linear systems with no...
The paper presents a basic description and examples of the use of so called descriptive functions, a...
The paper presents a basic description and examples of the use of so called descriptive functions, a...
[[abstract]]The authors present a widely convergent algorithm for finding a limit cycle of systems w...
The analysis of nonlinear systems can be greatly improved by the use of computer software. In this p...
A practical method is developed for limit-cycle predictions in the nonlinear multivariable feedback ...
A method of analysis which identifies limit cycles in autonomous systems with multiple nonlinearitie...
In this paper we present some results and simulations about the limit cycle prediction in nonlinear ...
Abstract Limit cycles play an important role in nonlinear systems, provided that many control loops ...
The describing function method is commonly used for the prediction of limit cycles in non-linear sys...
In recent years, there has been considerable interest in the study of feedback systems containing pr...
This paper analyses the limit cycle characteristics of systms with nonlinear friction or dynamics ba...
This paper deals with the so called describing functions method description as a simplified method o...
In this article we define and overview the basic concept of a describing function, and then we look ...
This paper is concerned with an evolutionary search for limit cycle operation in a class of nonlinea...
A survey of different methods to investigate the existence of limit cycles in linear systems with no...
The paper presents a basic description and examples of the use of so called descriptive functions, a...
The paper presents a basic description and examples of the use of so called descriptive functions, a...
[[abstract]]The authors present a widely convergent algorithm for finding a limit cycle of systems w...
The analysis of nonlinear systems can be greatly improved by the use of computer software. In this p...
A practical method is developed for limit-cycle predictions in the nonlinear multivariable feedback ...
A method of analysis which identifies limit cycles in autonomous systems with multiple nonlinearitie...