A new model incorporating a continuous log-normal distribution of crystal size is introduced.
A new droplet drying model incorporating a population balance to model suspended solids is introduced.
The results indicate that the upper bound model incorporating a bearing length provides a realistic flow field.
A modified CDC model incorporating a convex falling rate produced better agreement than the conventional linear falling rate model.
Integration of these data in a physically and chemically based groundwater model, incorporating a void evolution capability, is suggested.
A simple model, incorporating a surfactant initiator complex and standard free radical polymerization, successfully fits the experimental kinetics data.
It is a dynamic two phase model incorporating a k-ε turbulence model, compressible gas phase and axisymmetry.
This is a closed-loop respiratory control model incorporating a central pattern generator (CPG), the Butera-Rinzel-Smith (BRS) model, together with lung mechanics, oxygen handling, and chemosensory components.
Furthermore, a Wagner-type constitutive model incorporating a relaxation and damping function was introduced and able to describe the time-dependent and non-linear viscoelastic behaviors.
Additionally, based on the Eulerian/Eulerian method, a computational fluid dynamics (CFD) model incorporating a modified gas-solid drag model has been used to simulate the fluidized bed.
A pore network model incorporating a rigorous model of diffusion/reaction and an analysis of pore filling by capillary condensation has been developed.
