Sentence examples for grid blocks are from inspiring English sources

Fine-scale grid blocks are communicated with local fracture grids through one-dimensional flow transport.

Simulation methods are typically used to predict critical rates in reservoirs with complex heterogeneities and boundaries, but they are manpower intensive and prone to errors when large grid blocks are used.

The grid blocks are represented by networks of bonds the permeabilities of which are distributed according to three different stochastic functions that generate long-range correlations, two of which are fractal distribution.

In Fig. 3, the numbered grid blocks are fracture cells.

Thus, the centroids of the upscaled grid blocks are evaluated and used for transmissibility computation.

The unknowns in each grid blocks are determined from the phase presented in the grid blocks.

In a two-dimensional system, the faces of the resulting upscaled grid blocks are polygons.

The figure shows that fine-scale grid blocks are combined based on homogeneity of the system.

The fine-scale grid blocks are combined to form the upscaled grid blocks based on the presence of homogenous patches in the permeability distribution.

In the figure, the grid blocks are located inside the active region, and those shown in red represent the well locations.

It is important to note that dividing the whole reservoir in smaller grids in order to have more accuracy in drilling will result in great computational burden since the numbers of grid blocks are significantly larger than the case of using LGR technique.