Permeability and porosity are two fundamental reservoir properties which relate to the
amount of fluid contained in a reservoir and its ability to flow. The intrinsic attenuation is …

This paper presents the results of a comprehensive petrographical and petrophysical
investigation for the Late Cretaceous Nubia sandstone from Wadi Kareem in central Eastern …

A new methodology for the simulation of spatially distributed petrophysical properties
conditioned by elastic attributes as secondary variables is presented. The method, namely …

The spatial stochastic co-simulation method based on copulas is a general method that
allows simulating variables with any type of dependency and probability distribution …

The statistical dependence between petrophysical properties (porosity, permeability, water
saturation, etc.) in heterogeneous formations is usually nonlinear and complex; therefore …

This paper introduces a general nonparametric method for joint stochastic simulation of
petrophysical properties using the Bernstein copula. This method consists basically in …

Failure accidents of casings, designed obeying traditional design standards that have been
amended for many times, are still happening nowadays, and existing reliability analysis …

A problem of hardware implementation of fuzzy rule-based systems with reconfigurable
parametric families of operations is discussed. The methods of generation of parametric …

Sandstone surface samples were collected from Quseir Fm., a member of Nubian
Sandstone at Gebel el-Silsila and subjected to petrographical investigation using polarizing …

Una de las más claras interacciones océano-atmósfera se observa en la relación entre la
temperatura del mar y la intensidad de los vientos máximos de los huracanes. En este …