The interpretation of geophysical data in exploration geophysics, well logging, engineering,
mining and environmental geophysics requires knowledge of the physical properties of …

Pore space properties are important for the description and characterization of pore volume
and fluid flow behaviour of reservoirs. Laboratory techniques (standard and special core …

With advancements in technology and computational capacity, the method of digital rock
physics (DRP) for characterizing the storage and flow properties of a reservoir is gradually …

Carbonate reservoirs are inherently heterogeneous; the pore sizes can vary over orders of
magnitude and often show trimodal distribution, and it is necessary to describe the pore …

Miocene carbonate reservoirs may contain appreciable amount of microporosity in grain,
cement or matrix. Depending on the crystallometry and morphometry of micrite particles …

A simple rock model is presented which reproduces the measured hydraulic and electric
transport properties of sedimentary rocks and connects these properties with each other, as …

The quantification of microporosity leads to determine its empirical relationships with
permeability and sonic velocity of Miocene carbonate reservoirs. These relationships can be …

In the study of pore size distributions within microtomographic images, there is no
consensus in how to group pore size distributions obtained at different spatial resolutions in …

Microporosity can occur in grain, cement or matrix and it is related to the depositional and
diagenetic history of the carbonate reservoir. Depending on the crystallometry and …

This thesis discusses the impacts of fabric heterogeneity, fluids and fluid saturations,
effective pressures, and frequency of investigation on the elastic and viscoelastic properties …