We present a Monte Carlo simulation of a model of a twisted nematic display on a lattice starting from purely microscopic interactions. We visualize the simulated display calculating optical textures under crossed polarizers corresponding to the Monte Carlo microscopic configurations. We also investigate the orientational order and the molecular organizations in the different regions of the lattice, introducing and calculating suitable order parameters. Keywords: Liquid Crystal Display; Computer Simulations. 1
Computer simulations provide an essential set of tools for understanding the macroscopic properties ...
This chapter describes Monte Carlo and molecular dynamics simulations, carried out for simple models...
In this thesis we present a sequence of four computer simulation studies of molecular systems compos...
Monte Carlo simulations of electroptical devices based on a nematic Lebwohl-Lasher liquid crystal mo...
We have performed a Monte Carlo simulation of a sub{micrometric twisted nematic cell with nearly 106...
We present Monte Carlo simulations of nematic droplets with toroidal boundary conditions (TBC) and v...
In this thesis we investigate the behaviour of molecular models liquid crystals in several different...
This thesis is concerned with the investigation of various properties of liquid crystals using molec...
An example of three-dimensional animation of Monte Carlo simulation results of liquid crystal lattic...
ABSTRACT We present a Monte Carlo (MC) simulation of a nematic film with boundary conditions that va...
A new procedure for computing the equilibrium director pattern in a liquid-crystal-display cell subj...
simulation, elastic constants, rotational viscosity, helical twisting powers, atomistic simulation, ...
We present a Monte Carlo (MC) simulation of a nematic film with boundary conditions that vary from a...
The physics of liquid crystals is an exciting field of research with important practical application...
We present large-scale lattice Monte Carlo simulations of nematic ordering in the vicinity of submic...
Computer simulations provide an essential set of tools for understanding the macroscopic properties ...
This chapter describes Monte Carlo and molecular dynamics simulations, carried out for simple models...
In this thesis we present a sequence of four computer simulation studies of molecular systems compos...
Monte Carlo simulations of electroptical devices based on a nematic Lebwohl-Lasher liquid crystal mo...
We have performed a Monte Carlo simulation of a sub{micrometric twisted nematic cell with nearly 106...
We present Monte Carlo simulations of nematic droplets with toroidal boundary conditions (TBC) and v...
In this thesis we investigate the behaviour of molecular models liquid crystals in several different...
This thesis is concerned with the investigation of various properties of liquid crystals using molec...
An example of three-dimensional animation of Monte Carlo simulation results of liquid crystal lattic...
ABSTRACT We present a Monte Carlo (MC) simulation of a nematic film with boundary conditions that va...
A new procedure for computing the equilibrium director pattern in a liquid-crystal-display cell subj...
simulation, elastic constants, rotational viscosity, helical twisting powers, atomistic simulation, ...
We present a Monte Carlo (MC) simulation of a nematic film with boundary conditions that vary from a...
The physics of liquid crystals is an exciting field of research with important practical application...
We present large-scale lattice Monte Carlo simulations of nematic ordering in the vicinity of submic...
Computer simulations provide an essential set of tools for understanding the macroscopic properties ...
This chapter describes Monte Carlo and molecular dynamics simulations, carried out for simple models...
In this thesis we present a sequence of four computer simulation studies of molecular systems compos...