We study the thermodynamics properties of a one-dimensional gas of hard elongated
particles. The particle centers are restricted to a line, while they can rotate in a two …

A molecular theory of the flexoelectric (FE) effect in nematic liquids is developed.
Expressions are derived for both the dipole and quadrupole contributions to the FE …

A molecular theory of collective orientational relaxation in a dense liquid of non-polar
ellipsoidal molecules is presented. The theory is based on an extended hydrodynamic …

The ordering configurations of a fluid of anisotropic ellipsoids under the confinement of two
apposing impenetrable walls are studied by Monte Carlo simulations. The excess …

Recent attempts to generalize the classical Onsager theory of nematic ordering to finite-
density systems of finite-length hard convex bodies are related and compared. It is pointed …

We derive expressions for determination of the stress and the elastic constants in systems
composed of particles interacting via noncentral two-body potentials as thermal averages of …

We present a density-functional-variational theory to investigate the nature of the freezing
transition in a system consisting of hard ellipsoid and hard dumbbell molecules. We predict …

We have studied the freezing of hard spheres with a Yukawa attractive or repulsive potential
in the mean spherical approximation by using the density functional theory proposed by …

The density profiles of a hard Gaussian overlap (HGO) fluid confined in between hard walls
and in contact with a hard wall are studied using the density functional theory. The hyper …

A synthesis of density functional-variational theory with statistical mechanical perturbation
theory of liquids and spherical harmonics expansion is proposed to investigate the nature of …