Nematodynamics is the orientation dynamics of flowless liquid-crystals. We show how Euler-Poincaré reduction produces a unifying framework for various theories, including Ericksen-Leslie, Luhiller-Rey, and Eringen's micropolar theory. In particular, we show that these theories are all compatible with each other and some of them allow for more general configurations involving a non vanishing disclination density. All results are also extended to flowing liquid crystal
In this article we show how it is possible to decouple the Ericksen-Leslie equations, thereby allowi...
AbstractA microcontinuum description of compressible liquid crystals is examined accounting for a co...
In this thesis, a new way of simulating a two-way coupling between a liquid crystal and an immersed ...
Nematodynamics is the orientation dynamics of flowless liquid-crystals. We show how Euler-Poincar, r...
International audienceThere are two competing descriptions of nematic liquid crystal dynamics: the E...
There are two competing descriptions of nematic liquid crystal dynamics: the Ericksen-Leslie directo...
Liquid crystals establish a nearly unique combination of thermodynamic, hydrodynamic, and topologica...
This dissertation presents two theoretical predictions of the behavior of solutions of nematic liqui...
In this thesis I propose a new theory to deal with the presence of a macroscopic density of defects ...
In order to model the flow of nematic crystals, the theoretical framework according to Ericksen and ...
We study the static equilibria of a simplified Leslie–Ericksen model for a unidirectional uniaxial n...
We describe a nonlocal linear partial differential equation arising in the analysis of dynamics of a...
We propose a simple phenomenological model for hydrodynamic defect dynamics in nematic liquid crysta...
We propose a research field “mechanics of liquid crystals,” in which liquid crystals are studied fro...
In this article we show how it is possible to decouple the Ericksen-Leslie equations, thereby allowi...
AbstractA microcontinuum description of compressible liquid crystals is examined accounting for a co...
In this thesis, a new way of simulating a two-way coupling between a liquid crystal and an immersed ...
Nematodynamics is the orientation dynamics of flowless liquid-crystals. We show how Euler-Poincar, r...
International audienceThere are two competing descriptions of nematic liquid crystal dynamics: the E...
There are two competing descriptions of nematic liquid crystal dynamics: the Ericksen-Leslie directo...
Liquid crystals establish a nearly unique combination of thermodynamic, hydrodynamic, and topologica...
This dissertation presents two theoretical predictions of the behavior of solutions of nematic liqui...
In this thesis I propose a new theory to deal with the presence of a macroscopic density of defects ...
In order to model the flow of nematic crystals, the theoretical framework according to Ericksen and ...
We study the static equilibria of a simplified Leslie–Ericksen model for a unidirectional uniaxial n...
We describe a nonlocal linear partial differential equation arising in the analysis of dynamics of a...
We propose a simple phenomenological model for hydrodynamic defect dynamics in nematic liquid crysta...
We propose a research field “mechanics of liquid crystals,” in which liquid crystals are studied fro...
In this article we show how it is possible to decouple the Ericksen-Leslie equations, thereby allowi...
AbstractA microcontinuum description of compressible liquid crystals is examined accounting for a co...
In this thesis, a new way of simulating a two-way coupling between a liquid crystal and an immersed ...