The problem of land subsidence due to groundwater pumping in highly compressible,
randomly heterogenous aquitards with stress-dependent parameters is analyzed through …

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

Assessment of rock formation permeability is a complicated and challenging problem that
plays a key role in oil reservoir modeling, production forecast, and the optimal exploitation …

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 …

In this paper, we formulate an optimisation-hedging model which demonstrates how
operational research methods and analytics can take advantage of big data sources to …

A novel Bernstein copula-based spatial stochastic co-simulation (BCSCS) method for
petrophysical properties using seismic attributes as a secondary variable is presented. The …

Based on the works by Klement and Mesiar (Comment Math Univ Carolinae 47: 141–148,
2006) and Nelsen (Stat Pap 48: 329–336, 2007) on maximal asymmetry of copulas, we …

Assessment of formation permeability is a complex and challenging problem that plays a key
role in oil reservoir forecasts and optimized reservoir management. Generally, permeability …