Sentence examples for finite volume procedure from inspiring English sources

This article presents a new and substantially improved finite volume procedure for simulation of incompressible flows on non-orthogonal grids.

In the present case, the flowfield is simulated using the 2-D Euler equations, which are discretized in a cell-centered finite volume procedure on unstructured triangular meshes.

The resulting system of partial differential equations was solved using the SIMPLE algorithm in conjunction with a non-orthogonal, colocated, cell-centered, finite volume procedure.

Both governing equations, referred to commonly as the ballistic-diffusive equations (BDE), are solved using the unstructured finite-volume procedure.

A finite-volume procedure, comprising a gradient-reconstruction technique and a multidimensional limiter, has been proposed for upwind algorithms on unstructured grids.

The aim of these experiments is to compare the method based on the separation of variables with the standard finite-volume procedure.

A finite-volume procedure (SIMPLER algorithm) is used to solve the incompressible Reynolds Averaged Navier Stokes equations on body-fitted grids to obtain the flow-field.

Multipoint flux approximation (MPFA) techniques are commonly applied for discretizing the porous media flow equations within the context of finite volume numerical procedures.

The proposed adaptive method is implemented using a standard second-order upwind finite volume discretization, although the procedure is applicable to other types of discretizations such as the finite element method.

In this paper, attention is limited to two-dimensional inviscid flows using a standard finite volume discretization, although the procedure may be readily applied to other types of multidimensional problems and discretizations.

The whole solution procedure follows the finite volume method for advection transport, and is thus simple and easy to use for cells of arbitrary shapes.