In Cardaliaguet-Ley (2006) we have defined a viscosity solution for the gradient flow of the exterior Bernoulli free boundary problem. We prove here that the associated energy is non decreasing along the flow. This justifies the "gradient flow" approach for such kind of problem. The proof relies on the construction of a discrete gradient flow in the flavour of Almgren-Taylor-Wang (1993) and on proving it converges to the viscosity solution.ou
summary:The gradient flow of bending energy for plane curve is studied. The flow is considered under...
We consider the evolution of open planar curves by the steepest descent flow of a geometric function...
This is the first of a series of papers devoted to a thorough analysis of the class of gradient flow...
International audienceIn Cardaliaguet-Ley (2006) we have defined a viscosity solution for the gradie...
Geometric flows related to shape optimization problems of the Bernoulli type are investigated. The e...
We are interested in the gradient flow of a general first order convex functional with respect to th...
Many evolutionary partial differential equations may be rewritten as the gradient flow of an energy ...
We present a variational framework for shape optimization problems that establishes clear and explic...
Gradient flows of energy functionals on the space of probability measures with Wasserstein metric ha...
Abstract. For atomistic material models, global minimization gives the wrong qualitative behavior; a...
International audienceWe prove the existence of weak solutions to a system of two diffusion equation...
We study the main consequences of the existence of a Gradient Flow (GF for short), in the form of Ev...
We present a global variational approach to the L2-gradient flow of the area functional of cartesian...
We investigate a global-in-time variational approach to abstract evolution by means of the weighted ...
In this work we consider the problem of determining the free surface for a stationary flow of invisc...
summary:The gradient flow of bending energy for plane curve is studied. The flow is considered under...
We consider the evolution of open planar curves by the steepest descent flow of a geometric function...
This is the first of a series of papers devoted to a thorough analysis of the class of gradient flow...
International audienceIn Cardaliaguet-Ley (2006) we have defined a viscosity solution for the gradie...
Geometric flows related to shape optimization problems of the Bernoulli type are investigated. The e...
We are interested in the gradient flow of a general first order convex functional with respect to th...
Many evolutionary partial differential equations may be rewritten as the gradient flow of an energy ...
We present a variational framework for shape optimization problems that establishes clear and explic...
Gradient flows of energy functionals on the space of probability measures with Wasserstein metric ha...
Abstract. For atomistic material models, global minimization gives the wrong qualitative behavior; a...
International audienceWe prove the existence of weak solutions to a system of two diffusion equation...
We study the main consequences of the existence of a Gradient Flow (GF for short), in the form of Ev...
We present a global variational approach to the L2-gradient flow of the area functional of cartesian...
We investigate a global-in-time variational approach to abstract evolution by means of the weighted ...
In this work we consider the problem of determining the free surface for a stationary flow of invisc...
summary:The gradient flow of bending energy for plane curve is studied. The flow is considered under...
We consider the evolution of open planar curves by the steepest descent flow of a geometric function...
This is the first of a series of papers devoted to a thorough analysis of the class of gradient flow...