This paper aims at providing an example of a cubic Hamiltonian 2-saddle cycle that after bifurcation can give rise to an alien limit cycle; this is a limit cycle that is not controlled by a zero of the related Abelian integral. To guarantee the existence of an alien limit cycle one can verify generic conditions on the Abelian integral and on the transition map associated to the connections of the 2-saddle cycle. In this paper, a general method is developed to compute the first and second derivative of the transition map along a connection between two saddles. Next, a concrete generic Hamiltonian 2-saddle cycle is analyzed using these formula's to verify the generic relation between the second order derivative of both transition maps, and a ...
AbstractIn this paper we make the connection between the theoretical study of the generalized homocl...
AbstractConditions are given for uniqueness of limit cycles for autonomous equations in the plane. T...
Determining the number of limit cycles of a planar differential system is related to the second part...
This paper aims at providing an example of a cubic Hamiltonian 2-saddle cycle that after bifurcation...
Agraïments: The second author thanks the Universitat de les Illes Balears (UIB) for its support as i...
[eng] Periodic solutions, Abel equation, Alien limit cycles, Abelian integrals, Bifurcation', abstra...
In this paper, we study the local bifurcations of limit cycles from isochrones. These isochrones hav...
In this paper we study the existence, number and distribution of limit cycles of a perturbed Hamilto...
We give an upper bound for the number of zeros of an Abelian integral. This integral controls the nu...
AbstractThe paper deals with generic perturbations from a Hamiltonian planar vector field and more p...
AbstractWe give an upper bound for the number of zeros of an Abelian integral. This integral control...
Two-dimensional polynomial dynamical systems are considered. Earlier we suggested two different ap-p...
AbstractIn this work we consider the number of limit cycles that can bifurcate from periodic orbits ...
AbstractThis paper concerns with the number of limit cycles for a cubic Hamiltonian system under cub...
It is provedin this paper that the maximum number of limit cycles of system [formula] is equal to tw...
AbstractIn this paper we make the connection between the theoretical study of the generalized homocl...
AbstractConditions are given for uniqueness of limit cycles for autonomous equations in the plane. T...
Determining the number of limit cycles of a planar differential system is related to the second part...
This paper aims at providing an example of a cubic Hamiltonian 2-saddle cycle that after bifurcation...
Agraïments: The second author thanks the Universitat de les Illes Balears (UIB) for its support as i...
[eng] Periodic solutions, Abel equation, Alien limit cycles, Abelian integrals, Bifurcation', abstra...
In this paper, we study the local bifurcations of limit cycles from isochrones. These isochrones hav...
In this paper we study the existence, number and distribution of limit cycles of a perturbed Hamilto...
We give an upper bound for the number of zeros of an Abelian integral. This integral controls the nu...
AbstractThe paper deals with generic perturbations from a Hamiltonian planar vector field and more p...
AbstractWe give an upper bound for the number of zeros of an Abelian integral. This integral control...
Two-dimensional polynomial dynamical systems are considered. Earlier we suggested two different ap-p...
AbstractIn this work we consider the number of limit cycles that can bifurcate from periodic orbits ...
AbstractThis paper concerns with the number of limit cycles for a cubic Hamiltonian system under cub...
It is provedin this paper that the maximum number of limit cycles of system [formula] is equal to tw...
AbstractIn this paper we make the connection between the theoretical study of the generalized homocl...
AbstractConditions are given for uniqueness of limit cycles for autonomous equations in the plane. T...
Determining the number of limit cycles of a planar differential system is related to the second part...