This paper discusses reaction-diffusion wave propagation in fractal lattices, of infinite generation level. We describe how an input/output renormalisation approach can be used to investigate the existence of travelling waves. We also develop a framework for discussing the stability of these travelling waves
This paper is concerned with a lattice dynamical system modeling the evolution of susceptible and in...
We study a class of systems of reaction-diffusion equations in infinite cylinders which arise within...
Reaction–diffusion equations (RDEs) are often derived as continuum limits of lattice-based discrete ...
This paper discusses reaction-diffusion wave propagation in fractal lattices, of infinite generation...
Of fundamental importance to wave propagation in a wide range of physical phenomena is the structura...
In this thesis we study bistable reaction-diffusion equations on lattice domains. The power of react...
A renormalisation approach to investigate travelling wave solutions of an excitable reaction- diusio...
Determining the fractal dimension associated with the percolating interface of chemical wave fronts,...
The speed of front propagation in fractals is studied by using (i) the reduction of the reaction-tra...
. In this paper recent work on the dynamics of lattice differential equations is surveyed. In partic...
International audienceWe have considered infinite systems of nonlinear ODEs on the one-dimensional in...
International audienceWe propose and analyze a mathematical model for wave propagation in infinite t...
AMS(MOS) Subject Classification: 34C35, 54H70, 58F10, 58F14.A class of coupled map lattices are cons...
The known properties of diffusion on fractals are reviewed in order to give a general outlook of the...
This paper deals with the existence of traveling wave fronts of spatially discrete reaction-diffusio...
This paper is concerned with a lattice dynamical system modeling the evolution of susceptible and in...
We study a class of systems of reaction-diffusion equations in infinite cylinders which arise within...
Reaction–diffusion equations (RDEs) are often derived as continuum limits of lattice-based discrete ...
This paper discusses reaction-diffusion wave propagation in fractal lattices, of infinite generation...
Of fundamental importance to wave propagation in a wide range of physical phenomena is the structura...
In this thesis we study bistable reaction-diffusion equations on lattice domains. The power of react...
A renormalisation approach to investigate travelling wave solutions of an excitable reaction- diusio...
Determining the fractal dimension associated with the percolating interface of chemical wave fronts,...
The speed of front propagation in fractals is studied by using (i) the reduction of the reaction-tra...
. In this paper recent work on the dynamics of lattice differential equations is surveyed. In partic...
International audienceWe have considered infinite systems of nonlinear ODEs on the one-dimensional in...
International audienceWe propose and analyze a mathematical model for wave propagation in infinite t...
AMS(MOS) Subject Classification: 34C35, 54H70, 58F10, 58F14.A class of coupled map lattices are cons...
The known properties of diffusion on fractals are reviewed in order to give a general outlook of the...
This paper deals with the existence of traveling wave fronts of spatially discrete reaction-diffusio...
This paper is concerned with a lattice dynamical system modeling the evolution of susceptible and in...
We study a class of systems of reaction-diffusion equations in infinite cylinders which arise within...
Reaction–diffusion equations (RDEs) are often derived as continuum limits of lattice-based discrete ...