We estimate the dimension of the global attractor of an evolution equation by the study of the evolution of the n-dimensional volumes under the flow. We compare these results with the estimate of the dimension of the inertial manifold
This chapter contains several abstract results related to the finite fractal dimension of invariant ...
AbstractOur aim in this note is to construct an exponential attractor of optimal (with respect to th...
AbstractThis paper is devoted to the asymptotic behavior for some evolution equations when the under...
We estimate the dimension of the global attractor of an evolution equation by the study of the evolu...
We estimate the dimension of the global attractor of an evolution equation by the study of the evolu...
AbstractWe study a semilinear hyperbolic problem, written as a second-order evolution equation in an...
This study is concerned with how the attractor dimension of the two-dimensional Navier–Stokes equati...
Abstract. In this paper we continue systematic study of the dimension esti-mate of the global attrac...
Abstract. We study a finite-element approximation of the chemotaxis-growth system. We establish dime...
We study the fractal and Hausforff dimensions of the universal attractor for the Navier-Stokes equat...
We consider a chemotaxis-growth model which takes into account diffusion, chemotaxis, production of ...
In this paper, we study the dimension estimate of global attractor for a 3D Brinkman-Forchheimer equ...
We consider finite energy solutions for the damped and driven two-dimensional Navier--Stokes equatio...
This article gives a more precise estimate on the dimension of the global attractor for the damped S...
We compute numerically the attractor dimension of a model of fully developed MHD turbulence both usi...
This chapter contains several abstract results related to the finite fractal dimension of invariant ...
AbstractOur aim in this note is to construct an exponential attractor of optimal (with respect to th...
AbstractThis paper is devoted to the asymptotic behavior for some evolution equations when the under...
We estimate the dimension of the global attractor of an evolution equation by the study of the evolu...
We estimate the dimension of the global attractor of an evolution equation by the study of the evolu...
AbstractWe study a semilinear hyperbolic problem, written as a second-order evolution equation in an...
This study is concerned with how the attractor dimension of the two-dimensional Navier–Stokes equati...
Abstract. In this paper we continue systematic study of the dimension esti-mate of the global attrac...
Abstract. We study a finite-element approximation of the chemotaxis-growth system. We establish dime...
We study the fractal and Hausforff dimensions of the universal attractor for the Navier-Stokes equat...
We consider a chemotaxis-growth model which takes into account diffusion, chemotaxis, production of ...
In this paper, we study the dimension estimate of global attractor for a 3D Brinkman-Forchheimer equ...
We consider finite energy solutions for the damped and driven two-dimensional Navier--Stokes equatio...
This article gives a more precise estimate on the dimension of the global attractor for the damped S...
We compute numerically the attractor dimension of a model of fully developed MHD turbulence both usi...
This chapter contains several abstract results related to the finite fractal dimension of invariant ...
AbstractOur aim in this note is to construct an exponential attractor of optimal (with respect to th...
AbstractThis paper is devoted to the asymptotic behavior for some evolution equations when the under...
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