We present a novel approach to computing the orientation moments and rheological properties of a dilute suspension of spheroids in a simple shear flow at arbitrary Peclct number based on a generalised Langevin equation method. This method differs from the diffusion equation method which is commonly used to model similar systems in that the actual equations of motion for the orientations of the individual particles are used in the computations, instead of a solution of the diffusion equation of the system. It also differs from the method of 'Brownian dynamics simulations' in that the equations used for the simulations are deterministic differential equations even in the presence of noise, and not stochastic differential equations as in Brown...
Recently a microscopic theory for the dynamics of suspensions of long thin rigid rods was presented,...
Recently a microscopic theory for the dynamics of suspensions of long thin rigid rods was presented,...
This study presents a generalized theory for the dynamics and diffusion of Brownian particles in she...
The effect of rotational Brownian motion on the rheology of a dilute suspension of dipolar spheroids...
We review results obtained over a period of about a decade on a class of technologically and fundame...
A Langevin approach to computing the orientation moments of a dilute suspension of spheroids in a si...
We report on details of a simulation technique for particles under quasi-static motion determined by...
A set of constitutive equations, valid for arbitrary linear bulk flows, is derived for a dilute susp...
The Brownian motion of a bound particle in shear flow is a basic problem in colloid and polymer scie...
The non-equilibrium behaviour of concentrated colloidal dispersions is studied by Stokesian Dynamics...
The non-equilibrium behaviour of concentrated colloidal dispersions is studied using Stokesian Dynam...
The problem of determining the orientation distribution function for rigid particles of arbitrary sh...
In the present thesis a microhydrodynamic theory for Brownian multi-particle dynamics in an isolated...
Theory of Brownian motion of a fine particle in a viscoelastic fluid continuum is develope...
The Langevin equation was proposed in 1908 by Paul Langevin, to describe Brownian motion, that is th...
Recently a microscopic theory for the dynamics of suspensions of long thin rigid rods was presented,...
Recently a microscopic theory for the dynamics of suspensions of long thin rigid rods was presented,...
This study presents a generalized theory for the dynamics and diffusion of Brownian particles in she...
The effect of rotational Brownian motion on the rheology of a dilute suspension of dipolar spheroids...
We review results obtained over a period of about a decade on a class of technologically and fundame...
A Langevin approach to computing the orientation moments of a dilute suspension of spheroids in a si...
We report on details of a simulation technique for particles under quasi-static motion determined by...
A set of constitutive equations, valid for arbitrary linear bulk flows, is derived for a dilute susp...
The Brownian motion of a bound particle in shear flow is a basic problem in colloid and polymer scie...
The non-equilibrium behaviour of concentrated colloidal dispersions is studied by Stokesian Dynamics...
The non-equilibrium behaviour of concentrated colloidal dispersions is studied using Stokesian Dynam...
The problem of determining the orientation distribution function for rigid particles of arbitrary sh...
In the present thesis a microhydrodynamic theory for Brownian multi-particle dynamics in an isolated...
Theory of Brownian motion of a fine particle in a viscoelastic fluid continuum is develope...
The Langevin equation was proposed in 1908 by Paul Langevin, to describe Brownian motion, that is th...
Recently a microscopic theory for the dynamics of suspensions of long thin rigid rods was presented,...
Recently a microscopic theory for the dynamics of suspensions of long thin rigid rods was presented,...
This study presents a generalized theory for the dynamics and diffusion of Brownian particles in she...