textWe study the linear stability of a family of Jeffery-Hamel solutions which satisfy a zero flux condition. With a suitable regularization of these velocity profiles we show that the linearized perturbation equation is well-posed on a weighted L² space with a certain class of radial weights, in the example of a half plane or in the whole plane. We prove that the perturbed Stokes operator of this system is the generator of a strongly continuous analytic semigroup. We also describe some formal asymptotics under which the linear stability problem could be reduced to a one dimensional problem for which we state a formal perturbation theory.Mathematic
AbstractThe steady flow of a Navier–Stokes fluid is analysed in a two-dimensional asymmetric unbound...
Abstract. We study nonlinear instability of stationary ideal plane ows. For any bounded domain and v...
In this paper, we are interested in investigating notions of stability for generalized linear differ...
textWe study the linear stability of a family of Jeffery-Hamel solutions which satisfy a zero flux c...
This paper presents a new linear theory of small two-dimensional perturbations of a Jeffery-Hamel fl...
The Jeffery-Hamel flow is analyzed by making use of a mechanical analogy. The solutions are generate...
By using weighted energy methods, a condition assuring nonlinear global stability for a large class ...
The strong stability problem for a fluid-structure interactive partial differential equation (PDE) i...
Abstract: The dynamic stability of vortex solutions to the Ginzburg-Landau and nonlinear Schr6dinger...
Abstract: "We consider the stability of steady flows of viscoelastic fluids of Jeffreys type. For su...
These are notes related to a 4-lecture minicourse given during June 10-11, 2012, at a workshop just ...
We present results concerning resolvent estimates for the linear operator associated with the system...
AbstractI present new techniques and results concerning the stability of travelling waves to semilin...
A method developed by Arnold to prove nonlinear stability of certain steady states for ideal incompr...
AbstractA completeness/expansion theorem, analogous to that of DiPrima and Habetler (D-H), is proved...
AbstractThe steady flow of a Navier–Stokes fluid is analysed in a two-dimensional asymmetric unbound...
Abstract. We study nonlinear instability of stationary ideal plane ows. For any bounded domain and v...
In this paper, we are interested in investigating notions of stability for generalized linear differ...
textWe study the linear stability of a family of Jeffery-Hamel solutions which satisfy a zero flux c...
This paper presents a new linear theory of small two-dimensional perturbations of a Jeffery-Hamel fl...
The Jeffery-Hamel flow is analyzed by making use of a mechanical analogy. The solutions are generate...
By using weighted energy methods, a condition assuring nonlinear global stability for a large class ...
The strong stability problem for a fluid-structure interactive partial differential equation (PDE) i...
Abstract: The dynamic stability of vortex solutions to the Ginzburg-Landau and nonlinear Schr6dinger...
Abstract: "We consider the stability of steady flows of viscoelastic fluids of Jeffreys type. For su...
These are notes related to a 4-lecture minicourse given during June 10-11, 2012, at a workshop just ...
We present results concerning resolvent estimates for the linear operator associated with the system...
AbstractI present new techniques and results concerning the stability of travelling waves to semilin...
A method developed by Arnold to prove nonlinear stability of certain steady states for ideal incompr...
AbstractA completeness/expansion theorem, analogous to that of DiPrima and Habetler (D-H), is proved...
AbstractThe steady flow of a Navier–Stokes fluid is analysed in a two-dimensional asymmetric unbound...
Abstract. We study nonlinear instability of stationary ideal plane ows. For any bounded domain and v...
In this paper, we are interested in investigating notions of stability for generalized linear differ...