Carbonate reservoirs rock ty** plays a pivotal role in the construction of reservoir static
models and volumetric calculations. The procedure for rock type determination starts with …

There has been in recent years a trend towards adopting deep neural networks for
addressing earth science problems. Of the various deep neural networks applied to different …

Land subsidence is mainly caused by excessive groundwater abstraction from aquifers. This
study introduces Dynamic Subsidence Vulnerability Index (DSVI) by estimating possible …

Characteristics of the natural open fractures on the oil and gas reservoirs is crucial in drilling
and production planning. Direct methods of fractures studies such as core analysis and …

Representative capillary pressure and relative permeability curves for reservoir rock types
are important inputs for a dynamic reservoir simulator. The current study proposes a third …

The current study proposed an improved approach for application of Geomechanical Units
(GMUs) classification in reducing the uncertainty of wellbore stability models. For this …

This paper presents compressive strength (CS) prediction using the enhanced group
method of data handling via a modified Levenberg Marquardt algorithm (GMDH-LM) …

The simulation of flow processes under reservoir condition is a hard task. Viscosity of
polymer solution in porous media depends on adsorption of polymers on mineral substrates …

Investigating depositional and diagenetic factors that control pore systems properties of
reservoir rocks is essential for unraveling reservoir heterogeneity and interpreting reservoir …

Quantitative and qualitative classification of hydrocarbon reservoir rocks is one of the most
important issues in geological reservoir studies. Nowadays, classifications of reservoir rock …