Abstract Fracture matrix transfer functions have long been recognized as tools in modelling naturally fractured reservoirs. If a significant degree of fracturing is present, models involving single blocks and block distributions become relevant. However, this captures only the largest fracture sets treats homogeneous, though possibly anisotropic. Herein, we produce steady transient baseline sol...

Abstract Fracture is one of the most important geological phenomena that affect production hydrocarbon compounds in broken carbonate reservoirs. However, fracture controlling factors must be combined with well data to achieve accurate modeling. Therefore, structural data, drilling flow diagrams, cores wells and dynamic reservoir have been considered here. Finally, by combining above-mentioned i...

Handling flow through fractured media is critical for transient pressure and flow analysis in shale gas reservoirs, because gas production from such low-permeability formations relies on fractures, from hydraulic fractures and fracture network to various-scaled natural fractures, to provide flow channels for gas flow into producing wells. This study presents a numerical investigation of pressur...

Fractured reservoirs are highly heterogeneous in both matrix and fracture properties, which results significant variations well production. Assessing quantifying the influence of fractures on fluid flow is essential for developing unconventional reservoirs. The complicated effects fractured depend geometry, distribution, can be reflected pressure transient testing. biggest challenge lies deline...

Researchers have recently realized thatsilty laminas are very developed in naturally fractured continentalsedimentary formations in the Ordos Basin(China). Studies have shown that silty laminas are significant to improve the physical properties and gas storage capacity, and the natural fractures interact with the hydraulic fractures to maximize the fracture network during hydraulic fracturing. ...