We use a novel mesh-free simulation approach to study the post aligned bistable nematic (PABN) cell. By employing the Qian-Sheng formalism for liquid crystals along with a smooth representation of the surface posts, we have been able to identify two distinct stable configurations. The three-dimensional order field configurations of these states and their elastic free energies are consistent with both experimental results and previous simulation attempts. However, alternative states suggested in previous studies do not appear to remain stable when finite post curvature is considered.</p
This paper illustrates the use of the geodesic surface for studying the stability and bistability of...
We have performed a Monte Carlo simulation of a sub-micrometric twisted nematic cell with nearly 106...
The properties of liquid crystals can be modelled using an order parameter which describes the varia...
We present a generalisation of the Modified Smooth Particle Hydrodynamics simulation technique capab...
The key aim of this Thesis is the development and implementation of a set of simulation techniques f...
We study nematic liquid crystal configurations in a prototype bistable device—the post aligned bista...
Monte Carlo simulations of electroptical devices based on a nematic Lebwohl-Lasher liquid crystal mo...
Bistable Liquid Crystal Displays (LCDs) offer the potential for considerable power savings, compared...
Liquid crystals (LC) are used in new applications of increasing complexity and smaller dimensions. T...
The nematic phase of liquid crystals (LC), used in most LC display applications, is a fluid state fo...
We study the microscopic basis of bistable switching of a confined liquid crystal via Monte Carlo si...
Electronic version of an article published as Mathematical Models and Methods in Applied Sciences V...
In this Thesis, systems of confined and flexoelectric liquid crystal systems have been studied using...
Using the continuum Landau-de Gennes model for the nematic liquid crystal (NLC) phase, we study the ...
This paper describes a robust and efficient numerical scheme for solving the system of six coupled p...
This paper illustrates the use of the geodesic surface for studying the stability and bistability of...
We have performed a Monte Carlo simulation of a sub-micrometric twisted nematic cell with nearly 106...
The properties of liquid crystals can be modelled using an order parameter which describes the varia...
We present a generalisation of the Modified Smooth Particle Hydrodynamics simulation technique capab...
The key aim of this Thesis is the development and implementation of a set of simulation techniques f...
We study nematic liquid crystal configurations in a prototype bistable device—the post aligned bista...
Monte Carlo simulations of electroptical devices based on a nematic Lebwohl-Lasher liquid crystal mo...
Bistable Liquid Crystal Displays (LCDs) offer the potential for considerable power savings, compared...
Liquid crystals (LC) are used in new applications of increasing complexity and smaller dimensions. T...
The nematic phase of liquid crystals (LC), used in most LC display applications, is a fluid state fo...
We study the microscopic basis of bistable switching of a confined liquid crystal via Monte Carlo si...
Electronic version of an article published as Mathematical Models and Methods in Applied Sciences V...
In this Thesis, systems of confined and flexoelectric liquid crystal systems have been studied using...
Using the continuum Landau-de Gennes model for the nematic liquid crystal (NLC) phase, we study the ...
This paper describes a robust and efficient numerical scheme for solving the system of six coupled p...
This paper illustrates the use of the geodesic surface for studying the stability and bistability of...
We have performed a Monte Carlo simulation of a sub-micrometric twisted nematic cell with nearly 106...
The properties of liquid crystals can be modelled using an order parameter which describes the varia...