The present paper reviews our current understanding of fault dimensions and their scaling
laws, with special focus on faults in siliciclastic rocks. The aim is to provide a comprehensive …

There is a growing interest in characterizing the pore structure of reservoir rocks using the
low field nuclear magnetic resonance technique. The transverse surface relaxivity is widely …

Improving the prediction of sub-seismic structures and their petrophysical properties is
essential for realistic characterization of deformed sandstone reservoirs. In the present …

This work presents results from a series of triaxial compression tests on two quartz sands
(differing principally in grain shape), at confining pressures high enough to cause grain …

Observations from quartz-rich eolian Navajo Sandstone in the Buckskin Gulch site in
southernmost Utah show that pure compaction bands only occur in sandstones where …

We use samples from undeformed and deformed sandstones (single deformation band,
deformation band cluster, slip-surface cataclasite, and fault core slip zone) to characterize …

The two‐dimensional spectral decomposition of an image of sediment provides a direct
statistical estimate, grid‐by‐number style, of the mean of all intermediate axes of all single …

ABSTRACT A series of deformation bands from various reservoir sandstones deformed at
different burial depths have been studied with respect to microstructural and petrophysical …

In this paper we report results from an experimental study into the influence of pre‐existing
structural anisotropy on deformation localization and permeability evolution during triaxial …

This study uses a 3D exposure of a fault zone in the Rio do Peixe Basin (NE Brazil) to
investigate the impact of deformation band connection on permeability in porous …