Sentence examples for modeling of multiphase from inspiring English sources

In modeling of multiphase mixtures, there are a range of additional complexities.

Detailed physics and productive capabilities for pore-scale modeling of multiphase flow at the pore scale have been reviewed in several studies (Blunt 2001; Blunt et al. 2002).

We present continuum-scale modeling of multiphase compressible flow in porous media with applications to hydrocarbon reservoir engineering.

The fully implicit (FI) method is widely used for numerical modeling of multiphase flow and transport in porous media.

In this paper, the themes are centered on the aspects of continuum modeling of multiphase poroelasticity and the three dimensional numerical simulations of two North Sea fields.

The modeling of multiphase flow in fractured porous media relies on the accurate description of fracture-to-matrix transfer of water.

A mechanistic model of multiphase heat transfer is developed for different flow patterns of upward gas liquid flow in vertical annuli.

Data from the dual energy system will serve as a basis for further mechanistic modelling of multiphase flow.

For physical understanding and detailed modelling of multiphase flow in pipelines, the distributions of the individual phases are of significant importance.

Practical explicit correlation formulas for C were obtained, suitable for engineering modelling of multiphase flow systems with bubbles, drops and solids.

Zhang et al. (2006) developed a unified model of multiphase heat transfer for different flow patterns of gas liquid pipe flow at all inclinations – 90° to + 90° from the horizontal.