In this paper, we present a class of autonomous nonlinear oscillators with non-autonomous first integral. We prove explicitly the existence of a global sink which is, under some conditions, an algebraic limit cycle. For that class, we draw the possible phase portraits in the Poincaré disk
AbstractAs an inverse problem for relaxation oscillators modeled by the autonomous Liénard different...
This article considers the dynamical behavior of a particular system of N coupled oscillators with n...
International audienceIn this paper, we present a mechanism, called oscillation killer, intended to ...
In this thesis a class of nonlinear oscillator equations is studied. Asymptotic approximations of fi...
Abstract: Theorems on the existence and uniqueness of limit cycles in the general nonlinear os-cilla...
We study the limit cycles of some cubic family of differential equations, containing the well-known ...
This paper is concerned with the global stability of limit cycle oscillations for a particular class...
We consider a class of autonomous planar polynomial differentialsystems on the plane, we provide suf...
Abstract: We prove that the limit cycle oscillations of the celebrated Rosenzweig– MacArthur differe...
This master's thesis deals with qualitative analysis of nonlinear differential equations of second o...
In this paper we derive the global bifurcation diagrams of a SD oscillator which exhibits both smoot...
This article considers the global dynamical behavior of a connected system of coupled nonlinear osci...
AbstractOscillators, of the Lienard type, with an arbitrary predetermined (in number and locations) ...
In this paper, the existence of limit cycles for a class of nonlinear systems is explored. Based on ...
17 pagesIn this paper, the existence of subharmonic solutions for a class of non-autonomous first-or...
AbstractAs an inverse problem for relaxation oscillators modeled by the autonomous Liénard different...
This article considers the dynamical behavior of a particular system of N coupled oscillators with n...
International audienceIn this paper, we present a mechanism, called oscillation killer, intended to ...
In this thesis a class of nonlinear oscillator equations is studied. Asymptotic approximations of fi...
Abstract: Theorems on the existence and uniqueness of limit cycles in the general nonlinear os-cilla...
We study the limit cycles of some cubic family of differential equations, containing the well-known ...
This paper is concerned with the global stability of limit cycle oscillations for a particular class...
We consider a class of autonomous planar polynomial differentialsystems on the plane, we provide suf...
Abstract: We prove that the limit cycle oscillations of the celebrated Rosenzweig– MacArthur differe...
This master's thesis deals with qualitative analysis of nonlinear differential equations of second o...
In this paper we derive the global bifurcation diagrams of a SD oscillator which exhibits both smoot...
This article considers the global dynamical behavior of a connected system of coupled nonlinear osci...
AbstractOscillators, of the Lienard type, with an arbitrary predetermined (in number and locations) ...
In this paper, the existence of limit cycles for a class of nonlinear systems is explored. Based on ...
17 pagesIn this paper, the existence of subharmonic solutions for a class of non-autonomous first-or...
AbstractAs an inverse problem for relaxation oscillators modeled by the autonomous Liénard different...
This article considers the dynamical behavior of a particular system of N coupled oscillators with n...
International audienceIn this paper, we present a mechanism, called oscillation killer, intended to ...