activity
20172020
collaborators

6 papers

math.AP2020

Existence and Uniqueness of the Motion by Curvature of regular networks

Michael Gößwein, Julia Menzel, Alessandra Pluda

We prove existence and uniqueness of the motion by curvatureof networks in when the initial datum is of class , with triple junction where the u…

math.DG2019

Lectures on curvature flow of networks

Carlo MAntegazza, Matteo Novaga, Alessandra Pluda

We present a collection of results on the evolution by curvature of networks of planar curves. We discuss in particular the existence of a solution and the analysis of singularitie…

math.AP2019

The oriented mailing problem and its convex relaxation

Marcello Carioni, Andrea Marchese, Annalisa Massaccesi +2

In this note we introduce a new model for the mailing problem in branched transportation in order to allow the cost functional to take into account the orientation of the moving pa…

math.AP2019

Long Time Existence of Solutions to an Elastic Flow of Networks

Harald Garcke, Julia Menzel, Alessandra Pluda

The --gradient flow of the elastic energy of networks leads to a Willmore type evolution law with nontrivial nonlinear boundary conditions. We show local in time existence and…

math.AP2017

Willmore Flow of planar networks

Harald Garcke, Julia Menzel, Alessandra Pluda

Geometric gradient flows for elastic energies of Willmore type play an important role in mathematics and in many applications. The evolution of elastic curves has been studied in d…

math.AP2017

Some minimization problems for planar networks of elastic curve

Anna Dall'Acqua, Alessandra Pluda

In this note we announce some results that will appear in [6] (joint work with also Matteo Novaga) on the minimization of the functional , where