Sentence examples for well intersecting from inspiring English sources

Rodriguez et al. (1984a, b) developed semi-analytical solution for the transient flow behavior of a reservoir with a well intersecting a partially penetrating single vertical fracture of both finite and infinite conductivity cases.

For example, a well intersecting and pumping a fracture in a multilayer or a dual-porosity aquifer, where intersected fractures are not necessarily parallel or orthogonal to aquifer boundaries, where several fractures with various orientations intersect the well, or the effect of pumping not only in fractures, but also in the aquifer through the screened interval of the well.

Analytical solutions were proposed for solving the issue of a well intersecting and pumping from one vertical, horizontal or inclined fracture in homogeneous aquifers, but their domain of application even if covering various fracture geometries was restricted to isotropic or anisotropic aquifers, whose potential boundaries had to be parallel or orthogonal to the fracture direction.

This may be due to the possible presence of well intersecting connected fractures.

The analytical model for the pressure behavior of a horizontal well intersecting partially penetrating multiple hydraulic fractures can be derived based on the solution for the diffusivity equation in the porous media.

Heating wells are placed in a parallel row with a second horizontal well intersecting them at their toe.

This paper presents new insights of pressure response of reservoirs in which the well intersects a high permeability lens.

A mathematical model is established for a well intersected by a high-permeability streak, and the solution in Laplace space is derived by Ozkan's source function.

We simulated a case in which a horizontal injection well intersects a steeply dipping fault, with hydraulic fracturing channeled within the fault, during a 3-h hydraulic fracturing stage.

This paper extends Tiab's Direct Synthesis (TDS) technique for interpreting the behavior of the pressure and pressure derivative data of a well intersected by a finite conductivity hydraulic fracture.

But it believes the wisest course is to put on a new blowout preventer first to deal with any pressure that is caused when the relief well intersects the blown-out well.