Bridge function for the dipolar fluid from simulation

Stability of dipolar fluid membranes

We determine the electrostatic contribution to the elastic bending moduli of an insulating fluid membrane composed of either permanent, or field induced dipoles oriented along the normal directors of the surface. Using Debye-Hfickel screening theory, we show that in contrast to the uniformly charged membrane the bending rigidity becomes softened by the electrostatic interaction.

The mean spherical approximation for a dipolar Yukawa fluid

A Novel Algorithm for Fluid Simulation Using Incompressible Turbulence Function

In this paper, we present a novel algorithm for simulating fluids at high resolution quickly. Instead of solving the Navier-Stokes equations over a highly refined mesh, we only require a low grid resolution to resolve the underlying base flow. We then use a novel incompressible turbulence function and compute transport of turbulent energy using a complete model, which generate accurate producti...

Simulation Data Mining for Supporting Bridge Design

We introduce simulation data mining as an approach to extract knowledge and decision rules from simulation results. The acquired knowledge can be utilized to provide preliminary answers and immediate feedback if a precise analysis is not at hand, or if waiting for the actual simulation results will considerably impair the interaction between a human designer and the computer. This paper reports...

Evaluation of Eulerian Two-Fluid Numerical Method for the Simulation of Heat Transfer in Fluidized Beds

Accurate modeling of fluidization and heat transfer phenomena in gas-solid fluidized beds is not solely dependent  on the particular selected numerical model and involved algorithms. In fact, choosing the right model for each specific operating condition, the correct implementation of each model, and the right choice of parameters and boundary conditions, determine the accuracy of the results i...