We investigate the relationship between a discrete version of thickness and its smooth counterpart. These discrete energies are deffned on equilateral polygons with n vertices. It will turn out that the smooth ropelength, which is the scale invariant quotient of length divided by thickness, is the Γ-limit of the discrete ropelength for n → ∞, regarding the topology induced by the Sobolev norm ‖ · ‖ W1,∞(S1,ℝd). This result directly implies the convergence of almost minimizers of the discrete energies in a fixed knot class to minimizers of the smooth energy.Moreover,we show that the unique absolute minimizer of inverse discrete thickness is the regular n-gon
We present new computations of approximately length-minimizing polygons with fixed thickness. These ...
The present work deals with a scale bridging approach to the curvatures of discrete models of struct...
We performed experiments in which tearing pieces of plastic produced a fractal boundary. Similar pat...
We establish a fundamental connection between smooth and polygonal knot energies, showing that the M...
We discuss the relationship between polygonal knot energies and smooth knot energies, concentrating ...
A polytope in a finite-dimensional normed space is subequilateral if the length in the norm of each ...
Energy minimizing smooth knot configurations have long been approximated by finding knotted polygons...
The thickness of a knot is the radius of the thickest rope with which the knot could be tied. Basic ...
15 pagesThe critical thickness of an arithmetical discrete plane refers to the infimum thickness tha...
In this thesis we consider geometric curvature energies, which are energies defined on curves, or mo...
International audienceThe critical thickness of an arithmetical discrete plane refers to the infimum...
This paper considers and relates several notions of energy and other measures of geometric complexit...
We study minimizers of a nonlocal variational problem. The problem is a mathematical paradigm for th...
We consider dynamical transport metrics for probability measures on discretisations of a bounded con...
ABSTRACT. We present new computations of approximately length-minimizing polygons with fixed thickne...
We present new computations of approximately length-minimizing polygons with fixed thickness. These ...
The present work deals with a scale bridging approach to the curvatures of discrete models of struct...
We performed experiments in which tearing pieces of plastic produced a fractal boundary. Similar pat...
We establish a fundamental connection between smooth and polygonal knot energies, showing that the M...
We discuss the relationship between polygonal knot energies and smooth knot energies, concentrating ...
A polytope in a finite-dimensional normed space is subequilateral if the length in the norm of each ...
Energy minimizing smooth knot configurations have long been approximated by finding knotted polygons...
The thickness of a knot is the radius of the thickest rope with which the knot could be tied. Basic ...
15 pagesThe critical thickness of an arithmetical discrete plane refers to the infimum thickness tha...
In this thesis we consider geometric curvature energies, which are energies defined on curves, or mo...
International audienceThe critical thickness of an arithmetical discrete plane refers to the infimum...
This paper considers and relates several notions of energy and other measures of geometric complexit...
We study minimizers of a nonlocal variational problem. The problem is a mathematical paradigm for th...
We consider dynamical transport metrics for probability measures on discretisations of a bounded con...
ABSTRACT. We present new computations of approximately length-minimizing polygons with fixed thickne...
We present new computations of approximately length-minimizing polygons with fixed thickness. These ...
The present work deals with a scale bridging approach to the curvatures of discrete models of struct...
We performed experiments in which tearing pieces of plastic produced a fractal boundary. Similar pat...