Natural fracture patterns in carbonate rocks

K Bisdom

doi:10.4121/uuid:6d096e88-14e0-4d6e-aeca-a0b9f7b3ea56

Natural fracture patterns in carbonate rocks

K Bisdom

Applied Geology

Research output: Other contribution › Professional

Abstract

Geometries of 2 fracture families in a carbonate pavement. Lengths of the fractures have been digitized and stored. The data is collected as part of a fieldwork to characterize natural fracture systems in a folded carbonate formation, with the aim of studying the role between large-scale folding and small-scale fracturing. In addition, the specific data from this outcrop has been used in geomechanical and flow models, focusing on stress-driven aperture modelling and quantification of fluid flow. The data has been digitized using DigiFract software, developed at TU Delft (Hardebol & Bertotti, 2003, Computers & Geoscience)

Original language	English
Type	Dataset
Media of output	4TU Data Repository
DOIs	https://doi.org/10.4121/uuid:6d096e88-14e0-4d6e-aeca-a0b9f7b3ea56
Publication status	Published - 2015

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title = "Natural fracture patterns in carbonate rocks",

abstract = "Geometries of 2 fracture families in a carbonate pavement. Lengths of the fractures have been digitized and stored. The data is collected as part of a fieldwork to characterize natural fracture systems in a folded carbonate formation, with the aim of studying the role between large-scale folding and small-scale fracturing. In addition, the specific data from this outcrop has been used in geomechanical and flow models, focusing on stress-driven aperture modelling and quantification of fluid flow. The data has been digitized using DigiFract software, developed at TU Delft (Hardebol & Bertotti, 2003, Computers & Geoscience)",

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AB - Geometries of 2 fracture families in a carbonate pavement. Lengths of the fractures have been digitized and stored. The data is collected as part of a fieldwork to characterize natural fracture systems in a folded carbonate formation, with the aim of studying the role between large-scale folding and small-scale fracturing. In addition, the specific data from this outcrop has been used in geomechanical and flow models, focusing on stress-driven aperture modelling and quantification of fluid flow. The data has been digitized using DigiFract software, developed at TU Delft (Hardebol & Bertotti, 2003, Computers & Geoscience)

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DO - 10.4121/uuid:6d096e88-14e0-4d6e-aeca-a0b9f7b3ea56

M3 - Other contribution

ER -

Natural fracture patterns in carbonate rocks

Abstract

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