Recent advances in parameter estimation and seismic processing have allowed
incorporation of anisotropic models into a wide range of seismic methods. In particular …

Rock physics has evolved to become a key tool of reservoir geophysics and an integral part
of quantitative seismic interpretation. Rock-physics models adapted to site-specific …

Carbonate rocks commonly contain a variety of pore types that can vary in size over several
orders of magnitude. Traditional pore-type classifications describe these pore structures but …

The velocity-deviation log, which is calculated by combining the sonic log with the neutron-
porosity or density log, provides a tool to obtain downhole information on the predominant …

Carbonate rocks are important hydrocarbon reservoir rocks with complex textures and
petrophysical properties (porosity and permeability) mainly resulting from various diagenetic …

Seismic imaging is the most common tool to detect subsurface structures in continental and
marine settings. Despite technological advancement, seismic analysis of carbonates is still …

A normal velocity-depth trend for the Upper Cretaceous-Danian Chalk Group is determined
by identifying interval-velocity data that represent maximum burial in areas unaffected by …

This paper discusses and addresses two questions in carbonate reservoir characterization:
how to characterize pore‐type distribution quantitatively from well observations and seismic …

We documented the porosity, permeability, pore geometry, pore type, textural anisotropy,
and capillary pressure of carbonate rock samples collected along basin‐bounding normal …

In solids, hydrodynamics have been observed in both amorphous and crystalline materials
under a wide range of conditions. However, its fundamental physics is still unclear. Recent …