Electrical and electromagnetic geophysical techniques have reached a high level of
technological sophistication since they were first used in boreholes less than one hundred …

Assessment of reservoir and fracture parameters is necessary to optimize oil production,
especially in heterogeneous reservoirs. Core and image logs are regarded as two of the …

Deeply buried fractured reservoirs have evolved into significant oil and gas potential in
many basins of the world. However, fracture prediction in deeply buried carbonate reservoirs …

This study investigates the propagation of borehole Stoneley waves across permeable
structures. By modelling the structure as a zone intersecting the borehole, a simple 1D …

Naturally fractured reservoirs contribute to a large percentage of the world's oil and gas
reserves. Therefore, the nature, density, and geometry distribution of fractures in the …

Fractures and their parameters are considered as being the most important features in
evaluation of the fractured reservoirs. This may be of more importance in the heterogeneous …

We develop a methodology to model and interpret borehole dipole sonic anisotropy related
to the effect of geologic fractures, using a forward-modeling approach. We use a classical …

Between 2015 and 2018, the Fallon FORGE EGS (Engineered or Enhanced Geothermal
System) site in Churchill County, Nevada, USA, underwent detailed geoscientific …

Abstract Natural fractures in Vaca Muerta are very complex, such that their fracture width
distributions cannot be analyzed simply by considering normal, log normal, or log-log …

Quantitative analysis of mud losses is a direct method for prediction of fracture width, which
offers a criterion for designing lost preventive materials and guides early remedial actions …