The pore network in shale reservoirs consists of pores associated with both organic matter
and inorganic matrix. The range of pore sizes within the organic matter is usually an order of …

3D seismic data interpretation plays a key role in identifying Lithofacies and their lateral
changes for hydrocarbon reservoirs exploration. Among mathematical analysis techniques …

Seismic facies analysis is to study the sedimentary environment of stratigraphic sequence
and provides an important basis for reservoir prediction. Most of the existing analysis …

Seismic facies analysis which is aimed at identifying subsurface geological features from
seismic data, has evolved due to the time-consuming and labor-intensive nature of its …

The Ebro continental margin is characterized by a complex pattern of well‐developed, highly
progradational and aggradational, margin‐scale clinoforms. Analysis of conventional 3D …

Seismic facies analysis plays an important role in seismic interpretation and reservoir model
building by offering an effective way to identify the changes in geofacies inter wells. The …

Inference for spatial generalized linear mixed models (SGLMMs) for high-dimensional non-
Gaussian spatial data is computationally intensive. The computational challenge is due to …

Three-dimensional (3D) seismic data and well log data were used to investigate the
sandstone architecture of the Middle Jurassic deltaic reservoirs of the Zhetybay Oilfield …

We present a method for predicting rock types. The method is based on continuous high-
resolution thermal logging along full-size core samples and being applied for rocks from a …

Reservoir heterogeneities play a crucial role in governing reservoir performance and
management. Traditionally, detailed and inter-well heterogeneity analyses are commonly …