The analytical signal method and its derivatives can be explicitly calculated and assessed
for analyzing and estimating the boundary of geological structures, such as faults or dikes …

Core samples representing depths of hydrocarbon-bearing zones are not readily accessible
for reservoir evaluations. On the other hand, wireline logs with incorporated seismic data …

Noise cancelation is the process done to remove out-of-range anomalies and make better
edge boundaries interpretation. One of the most challenging issues in describing …

The crucial parameters influencing drilling operations, reservoir production behavior, and
well completion are lithology and reservoir rock. This study identified optimal reservoir rocks …

Accurately, estimating hydrocarbon reserves in a field is essential to determine its economic
potential. Therefore, it is crucial to conduct structural interpretation of 3-D seismic data to …

One of the most challenging issues in describing gravitational maps is separating the
anomalies related to shallow sources from the deep ones. Furthermore, Existing lots of …

The study of petrophysical parameters plays a major role in the evaluation of hydrocarbon
reservoirs. In this study, using well data in Geolog software, the petrophysical parameters of …

Rock types are the reservoir's most essential properties for special facies modeling in a
defined range of porosity and permeability. This study used the fuzzy c-means clustering …

CO2 sequestration and storage are parts of the approaches to mitigate the effect of global
warming through the reduction and stabilization of CO2 emitted in the atmosphere. In the …

Rock types are the reservoir's most essential properties and show special facies with a
defined range of porosity and permeability. This study used the fuzzy c-means clustering …