We derive approximate expressions for the dispersion relation of the nonlinear Klein-Gordon equation in the case of strong nonlinearities using a method based on the linear delta expansion. All the results obtained in this article are fully analytical, never involve the use of special functions, and can be used to obtain systematic approximations to the exact results to any desired degree of accuracy. We compare our findings with similar results in the literature and show that our approach leads to better and simpler results. (C) 2006 American Institute of Physics
By exploiting estimates on Bloch functions obtained in a previous paper, we prove decay estimates fo...
In Part I, two TLM-based solutions were presented for the Klein}Gordon Equation in its basic form, w...
In this paper, we demonstrate a modified scheme for solving the nonlinear KleinGordon equation of PD...
Group velocity and group velocity dispersion for a wave packet in vectorial discrete Klein-Gordon mo...
Many nonlinear Klein-Gordon equations have been studied numerically, and in a few cases, analytical ...
Averaging theory is used to study the dynamics of dispersive equations taking the nonlinear Klein Go...
Cette thèse est composée de deux parties qui sont relativement indépendantes l’un de l’autre. Dans l...
Averaging theory is used to study the dynamics of dispersive equations taking the nonlinear Klein Go...
We study the strong instability of standing wave solutions eiωtϕ(x) for the nonlinear Klein-Gordon e...
The Klein-Gordon equation without dispersion, and with quadratic and cubic nonlinearities, has been ...
In this paper we study small amplitude solutions of nonlinear Klein Gordon equations with a potentia...
The interaction of solitary wave solutions of the nonlinear Klein-Gordon equation for baseband and e...
Abstract. The extended (G’/G)-expansion method can be used to construct exact traveling wave solutio...
By exploiting estimates on Bloch functions obtained in a previous paper, we prove decay estimates fo...
By exploiting estimates on Bloch functions obtained in a previous paper, we prove decay estimates fo...
By exploiting estimates on Bloch functions obtained in a previous paper, we prove decay estimates fo...
In Part I, two TLM-based solutions were presented for the Klein}Gordon Equation in its basic form, w...
In this paper, we demonstrate a modified scheme for solving the nonlinear KleinGordon equation of PD...
Group velocity and group velocity dispersion for a wave packet in vectorial discrete Klein-Gordon mo...
Many nonlinear Klein-Gordon equations have been studied numerically, and in a few cases, analytical ...
Averaging theory is used to study the dynamics of dispersive equations taking the nonlinear Klein Go...
Cette thèse est composée de deux parties qui sont relativement indépendantes l’un de l’autre. Dans l...
Averaging theory is used to study the dynamics of dispersive equations taking the nonlinear Klein Go...
We study the strong instability of standing wave solutions eiωtϕ(x) for the nonlinear Klein-Gordon e...
The Klein-Gordon equation without dispersion, and with quadratic and cubic nonlinearities, has been ...
In this paper we study small amplitude solutions of nonlinear Klein Gordon equations with a potentia...
The interaction of solitary wave solutions of the nonlinear Klein-Gordon equation for baseband and e...
Abstract. The extended (G’/G)-expansion method can be used to construct exact traveling wave solutio...
By exploiting estimates on Bloch functions obtained in a previous paper, we prove decay estimates fo...
By exploiting estimates on Bloch functions obtained in a previous paper, we prove decay estimates fo...
By exploiting estimates on Bloch functions obtained in a previous paper, we prove decay estimates fo...
In Part I, two TLM-based solutions were presented for the Klein}Gordon Equation in its basic form, w...
In this paper, we demonstrate a modified scheme for solving the nonlinear KleinGordon equation of PD...