It is well-known that periodic solutions of semilinear wave equations can be obtained as critical points of related functionals. In the situation that we studied, there is usually an obvious solution obtained as a solution of linear problem. We formulate a dual variational problem in such a way that the obvious solution is a local minimum. We then find additional non-obvious solutions via a numerical mountain pass algorithm, based on the theorems of Ambrosetti, Rabinowitz and Ekeland. Numerical results are presented
We discuss the application of the Mountain Pass Algorithm to the so-called quasi-linear Schrodinger ...
A function $\eta$ is a wave shape if it, along with its streamfunction, satisfies Bernoulli\u27s con...
Our research focuses on second order nonlinear elliptic partial differential equations, specifically...
We prove the existence of a strong solution of a periodic-Dirichlet problem for the semilinear wave ...
Saddle-points and mountain-pass points of energy surfaces have many applications in areas that range...
In this paper, we deal with a specific type of quasilinear boundary value problem with Dirichlet bou...
Existence results are presented for classical solutions to some nonvariational problems through a su...
Mountain Pass Theorem (MPT) is an important result in variational methods with multiple applications...
AbstractWe present a form of the mountain pass lemma which allows one to restrict the paths to a bou...
AbstractIn this paper, we show how the introduction of a nonlinear term in the classic spring model ...
The mountain pass theorem is an important tool in the calculus of variations and in finding solution...
By applying the mountain-pass lemma to an energy functional, we establish the existence of two-dimen...
A natural generalization of the classical theory of critical points is the concept of the theory of ...
International audienceThe mountain pass statement for semilinear elliptic equations $-\Delta u=f(u)$...
We obtain the existence of symmetric Mountain Pass solutions for quasi-linear equations without the ...
We discuss the application of the Mountain Pass Algorithm to the so-called quasi-linear Schrodinger ...
A function $\eta$ is a wave shape if it, along with its streamfunction, satisfies Bernoulli\u27s con...
Our research focuses on second order nonlinear elliptic partial differential equations, specifically...
We prove the existence of a strong solution of a periodic-Dirichlet problem for the semilinear wave ...
Saddle-points and mountain-pass points of energy surfaces have many applications in areas that range...
In this paper, we deal with a specific type of quasilinear boundary value problem with Dirichlet bou...
Existence results are presented for classical solutions to some nonvariational problems through a su...
Mountain Pass Theorem (MPT) is an important result in variational methods with multiple applications...
AbstractWe present a form of the mountain pass lemma which allows one to restrict the paths to a bou...
AbstractIn this paper, we show how the introduction of a nonlinear term in the classic spring model ...
The mountain pass theorem is an important tool in the calculus of variations and in finding solution...
By applying the mountain-pass lemma to an energy functional, we establish the existence of two-dimen...
A natural generalization of the classical theory of critical points is the concept of the theory of ...
International audienceThe mountain pass statement for semilinear elliptic equations $-\Delta u=f(u)$...
We obtain the existence of symmetric Mountain Pass solutions for quasi-linear equations without the ...
We discuss the application of the Mountain Pass Algorithm to the so-called quasi-linear Schrodinger ...
A function $\eta$ is a wave shape if it, along with its streamfunction, satisfies Bernoulli\u27s con...
Our research focuses on second order nonlinear elliptic partial differential equations, specifically...