Add to ORKGUsing variational methods we study the generalization of two classical second order periodic problems in the context of time scales. On the one hand, we study a forced pendulum-type equation. On the other hand, we obtain solutions for a bounded nonlinearity under Landesman–Lazer type conditions. AMS subject classification: 39A12, 39A99
On the existence and stability of periodic solutions for pendulum-like equations wit
We study a nonlinear problem of pendulum-type for a p-Laplacian with nonlinear periodic-type bounda...
Abstract: We consider the equation of forced oscillations of mathematical pendulum with an...
Using variational methods we study the generalization of two classical second order periodic problem...
We consider the generalization of two classical periodic problems to the context of time scales. On ...
In this paper, we study the existence of solutions of periodic boundary value problem for second-ord...
AbstractWe prove that a class of equations containing the classical periodically forced pendulum pro...
We study some properties of the range of the relativistic pendulum operator $\mathcal P$, that is, t...
We prove that a class of equations containing the classical periodically forced pendulum problem dis...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The existence of at least one classical T-periodic solution is proved for differential equations of ...
A Newtonian equation in the plane is considered. There is a central force (attractive or repulsive) ...
Abstract In this paper, we study the existence, multiplicity and stability of periodic solutions for...
AbstractExistence of periodic solutions to second order differential systems with gyroscopic forces ...
[[abstract]]This article deals with second order periodic Hamiltonian systems. We apply variational ...
On the existence and stability of periodic solutions for pendulum-like equations wit
We study a nonlinear problem of pendulum-type for a p-Laplacian with nonlinear periodic-type bounda...
Abstract: We consider the equation of forced oscillations of mathematical pendulum with an...
Using variational methods we study the generalization of two classical second order periodic problem...
We consider the generalization of two classical periodic problems to the context of time scales. On ...
In this paper, we study the existence of solutions of periodic boundary value problem for second-ord...
AbstractWe prove that a class of equations containing the classical periodically forced pendulum pro...
We study some properties of the range of the relativistic pendulum operator $\mathcal P$, that is, t...
We prove that a class of equations containing the classical periodically forced pendulum problem dis...
The paper surveys and compares some results on the existence and multiplicity of T-periodic solution...
The existence of at least one classical T-periodic solution is proved for differential equations of ...
A Newtonian equation in the plane is considered. There is a central force (attractive or repulsive) ...
Abstract In this paper, we study the existence, multiplicity and stability of periodic solutions for...
AbstractExistence of periodic solutions to second order differential systems with gyroscopic forces ...
[[abstract]]This article deals with second order periodic Hamiltonian systems. We apply variational ...
On the existence and stability of periodic solutions for pendulum-like equations wit
We study a nonlinear problem of pendulum-type for a p-Laplacian with nonlinear periodic-type bounda...
Abstract: We consider the equation of forced oscillations of mathematical pendulum with an...