The quality analysis of well-logging inversion results has always been an important part of
formation evaluation. The precise calculation of hydrocarbon reserves requires the most …

The identification and detailed evaluation of unconventional hydrocarbon reservoirs require
the application of advanced well logging data processing techniques. Since the number of …

This paper presents a short theoretical summary of the series expansion-based 2.5 D
combined geoelectric weighted inversion (CGWI) method and highlights the advantageous …

A multivariate statistical procedure is developed for the estimation of shale volume in clastic
sedimentary formations. The method offers an alternative for extracting the shale content …

A joint inversion method for the evaluation of well-logging data is presented, which is
applicable to determine textural parameters, ie, cementation exponent, saturation exponent …

The engineering geophysical sounding method has been applied for in situ investigation of
unconsolidated near-surface formations since the 1990s. In this study, we offer an …

The calculation of groundwater reserves in shaly sand aquifers requires a reliable
estimation of effective porosity and permeability. The amount of shaliness as a related …

This paper presents the principles of a new inversion method used for determining 2-D
geological structures. The basis of the method is that horizontal changes in layer …

An evolutionary approach is applied to solve the nonlinear well logging inverse problem. In
the framework of the proposed interval inversion method, nuclear, sonic, and laterolog …

Geophysical surveying methods are of great importance in environmental exploration.
Inversion-based data processing methods are applied for the determination of geometrical …