AbstractThe magnetic fluid is a multiphase system which property and morphology are affected by a number of internal and external forces such as the brown force, viscous force, magnetic force, van der Waals force, repelling force, gravity and buoyancy. All these forces are compared respectively in this paper in order to reduce the calculation process. And the four strongest kinds of forces are considered in the two-phase lattice Boltzmann model. With this model, we simulated the magnetic fluid and got the chainlike structure of magnetic particles under an external magnetic field. The validity of above two-phase lattice Boltzmann model is verified by the simulation results
This thesis describes investigations of several complex fluid effects., including hydrodynamic spino...
A lattice Boltzmann model to simulate phase separation and two-phase flow is proposed. The nonideal ...
The lattice Boltzmann equation is often promoted as a numerical simulation tool that is particularly...
AbstractThe magnetic fluid is a multiphase system which property and morphology are affected by a nu...
In order to study the rheological characteristics of magnetorheological fluids, a novel approach bas...
AbstractA Lattice Boltzmann method is introduced to simulated magnetic fluids in porous medium. In t...
A Lattice Boltzmann model is developed to account for the competition between surface tension and di...
A lattice Boltzmann method is developed to simulate temperature-sensitive magnetic fluids in a porou...
Non-Newtonian fluid-particle systems are commonly encountered in natural and industrial processes. T...
This paper concerned with the simulation of two phase fluid flows in two dimensions using lattice Bo...
In this paper, an approach to simulating magnetohydrodynamic (MHD) flows based on the lattice Boltzm...
This thesis deals with the simulation of the phase separation of two phase flow. The lattice Boltzma...
We have investigated the feasibility of the hybrid-type method of lattice Boltzmann and Brownian dyn...
A two-fluid lattice Boltzmann method (TF-LBM) is proposed for simulation of particle-fluid flows. Th...
ABSTRACT Ferrofluid, also known as magnetic fluid, is a new-type fluid whose property and morphology...
This thesis describes investigations of several complex fluid effects., including hydrodynamic spino...
A lattice Boltzmann model to simulate phase separation and two-phase flow is proposed. The nonideal ...
The lattice Boltzmann equation is often promoted as a numerical simulation tool that is particularly...
AbstractThe magnetic fluid is a multiphase system which property and morphology are affected by a nu...
In order to study the rheological characteristics of magnetorheological fluids, a novel approach bas...
AbstractA Lattice Boltzmann method is introduced to simulated magnetic fluids in porous medium. In t...
A Lattice Boltzmann model is developed to account for the competition between surface tension and di...
A lattice Boltzmann method is developed to simulate temperature-sensitive magnetic fluids in a porou...
Non-Newtonian fluid-particle systems are commonly encountered in natural and industrial processes. T...
This paper concerned with the simulation of two phase fluid flows in two dimensions using lattice Bo...
In this paper, an approach to simulating magnetohydrodynamic (MHD) flows based on the lattice Boltzm...
This thesis deals with the simulation of the phase separation of two phase flow. The lattice Boltzma...
We have investigated the feasibility of the hybrid-type method of lattice Boltzmann and Brownian dyn...
A two-fluid lattice Boltzmann method (TF-LBM) is proposed for simulation of particle-fluid flows. Th...
ABSTRACT Ferrofluid, also known as magnetic fluid, is a new-type fluid whose property and morphology...
This thesis describes investigations of several complex fluid effects., including hydrodynamic spino...
A lattice Boltzmann model to simulate phase separation and two-phase flow is proposed. The nonideal ...
The lattice Boltzmann equation is often promoted as a numerical simulation tool that is particularly...