Abstract

A new general analytical technique for the pseudo-steady state for vertical finite fracture conductivities in rectangular formations (with different length-to-width relationships, 1 ≤ λ ≤ 5) is presented. The pseudo-skin function and the inverse effective radius of the trunk wells for a vertical crack of uniform and constant conductivity in the center of a square area are determined. The method is based on fundamental principles, and the solution is mathematical and easy to take.

Highlights

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Summary

Information about the authors

СКВАЖИНЫ С ТРЕЩИНОЙ КОНЕЧНОЙ ПРОВОДИМОСТИ PRIDICTION OF THE PRODUCTIVITY OF HYDRAULIC FRACTURED

VERTICAL WELL WITH FINITE CONDUCTIVITY FRACTURE
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