Add to ORKGWe prove the existence of at least two geometrically different periodic solutions with winding number N for the forced relativistic pen- dulum. The instability of a solution is also proved. The proof is topologi- cal and based on the version of the Poincaré–Birkhoff theorem by Franks. Moreover, with some restriction on the parameters, we prove the existence of twist dynamics
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
We establish multiplicity results of periodic solutions for relativistic pendulum type systems of or...
We talk about our recent published work about periodic solutions of relativistic pendulum type syste...
We prove the existence of at least two geometrically different periodic solutions with winding numbe...
We prove the existence of at least two geometrically different periodic solution with winding number...
Abstract. Using Szulkin’s critical point theory, we prove that the relativistic forced pendulum with...
Using Szulkin’s critical point theory, we prove that the relativistic forced pendulum with periodic ...
We apply KAM theory to the equation of the forced relativistic pen- dulum to prove that all the sol...
We apply KAM theory to the equation of the forced relativistic pen- dulum to prove that all the sol...
We consider the existence and multiplicity of periodic oscillations for the forced pendulum model w...
We apply KAM theory to the equation of the forced relativistic pen- dulum to prove that all the sol...
We establish multiplicity results of periodic solutions for relativistic pendulum type systems of or...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
We establish multiplicity results of periodic solutions for relativistic pendulum type systems of or...
We talk about our recent published work about periodic solutions of relativistic pendulum type syste...
We prove the existence of at least two geometrically different periodic solutions with winding numbe...
We prove the existence of at least two geometrically different periodic solution with winding number...
Abstract. Using Szulkin’s critical point theory, we prove that the relativistic forced pendulum with...
Using Szulkin’s critical point theory, we prove that the relativistic forced pendulum with periodic ...
We apply KAM theory to the equation of the forced relativistic pen- dulum to prove that all the sol...
We apply KAM theory to the equation of the forced relativistic pen- dulum to prove that all the sol...
We consider the existence and multiplicity of periodic oscillations for the forced pendulum model w...
We apply KAM theory to the equation of the forced relativistic pen- dulum to prove that all the sol...
We establish multiplicity results of periodic solutions for relativistic pendulum type systems of or...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
We establish multiplicity results of periodic solutions for relativistic pendulum type systems of or...
We talk about our recent published work about periodic solutions of relativistic pendulum type syste...