On the blow-up for a Kuramoto-Velarde type equation

Fuente: arXiv
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Auteurs principaux: Jarrin, Oscar, Vergara-Hermosilla, Gaston
Format: Preprint
Publié: 2024
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author Jarrin, Oscar
Vergara-Hermosilla, Gaston
author_facet Jarrin, Oscar
Vergara-Hermosilla, Gaston
contents It is known that the Kuramoto-Velarde equation is globally well-posed on Sobolev spaces in the case when the parameters $γ_1$ and $γ_2$ involved in the non-linear terms verify $ γ_1=\frac{γ_1}{2}$ or $γ_2=0$. In the complementary case of these parameters, the global existence or blow-up of solutions is a completely open (and hard) problem. Motivated by this fact, in this work we consider a non-local version of the Kuramoto-Velarde equation. This equation allows us to apply a Fourier-based method and, within the framework $γ_2\neq \frac{γ_1}{2}$ and $γ_2\neq 0$, we show that large values of these parameters yield a blow-up in finite time of solutions in the Sobolev norm.
format Preprint
id arxiv_https___arxiv_org_abs_2402_17619
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle On the blow-up for a Kuramoto-Velarde type equation
Jarrin, Oscar
Vergara-Hermosilla, Gaston
Analysis of PDEs
It is known that the Kuramoto-Velarde equation is globally well-posed on Sobolev spaces in the case when the parameters $γ_1$ and $γ_2$ involved in the non-linear terms verify $ γ_1=\frac{γ_1}{2}$ or $γ_2=0$. In the complementary case of these parameters, the global existence or blow-up of solutions is a completely open (and hard) problem. Motivated by this fact, in this work we consider a non-local version of the Kuramoto-Velarde equation. This equation allows us to apply a Fourier-based method and, within the framework $γ_2\neq \frac{γ_1}{2}$ and $γ_2\neq 0$, we show that large values of these parameters yield a blow-up in finite time of solutions in the Sobolev norm.
title On the blow-up for a Kuramoto-Velarde type equation
topic Analysis of PDEs
url https://arxiv.org/abs/2402.17619