A review of the pressure transient analysis of flow in reservoirs having natural fractures, vugs
and/or caves is presented to provide an insight into how much knowledge has been …

In this study, theoretical models have been formulated, validated, and applied to examine
transient pressure behaviour of a fractured vertical well with complex hydraulic and natural …

In this study, theoretical models have been formulated, validated, and applied to evaluate
the transient pressure behavior of a horizontal well with multiple fractures in a tight formation …

Stress-sensitive permeability imposes a significant impact on production performance in a
tight formation; however, the widely used models assume the constant permeability or same …

This paper presents a case study of water inrush on a mine working face from roof strata.
The flow-rock failure process analysis (F-RFPA 2D) code with an improved flow-stress …

Non‐Darcy flow and the stress‐sensitivity effect are two fundamental issues that have been
widely investigated in transient pressure analysis for fractured wells. The main object of this …

Combining horizontal drilling together with hydraulic fracturing greatly improves the
economic viability of exploiting a tight reservoir, while the stress-sensitive effect raises the …

This paper presents the results of a study on pressure buildup analysis of a vertically
fractured well with the consideration of stress-sensitive permeability and hysteresis effect in …

In this study, a semianalytical technique has been developed to examine stress-sensitive
effect on the transient pressure responses of a multiple-fractured horizontal well in an …

Pressure sensitivity is a fundamental issue in the investigation of transient performance
analysis in unconventional reservoirs. In this study, the focus is put on the transient behavior …