About This Item
Share This Item
Abstract
Click to view this article in PDF
format.
Chapter from:
AAPG Memoir 71 : Reservoir Characterization-Recent Advances
Edited by Richard A. Schatzinger and John F. Jordan
Copyright 
1999 by The American Association of
Petroleum Geologists. All rights reserved.
Memoir 71, Chapter 16: Statistical Analysis of Surface Lineaments and Fractures for
Characterizing Naturally Fractured Reservoirs, by Genliang Guo, Stephen A. George, and
Rhonda P. Lindsey, Pages 221 - 250
Chapter 16
Statistical Analysis of Surface Lineaments and
Fractures for Characterizing Naturally Fractured Reservoirs
Genliang Guo
Stephen A. George
BDM Petroleum Technologies
Bartlesville, Oklahoma, U.S.A.
Rhonda P. Lindsey
DOE National Petroleum Technology Office
Tulsa, Oklahoma, U.S.A.
ABSTRACT
Thirty-six sets of surface lineaments and fractures mapped from satellite images and
aerial photos from parts of the Mid-continent and Colorado Plateau regions were collected,
digitized, and statistically analyzed to obtain the probability distribution functions of
natural fractures for characterizing naturally fractured reservoirs. The orientations and
lengths of the surface linear features were calculated using the digitized coordinates of
the two end points of each individual linear feature. The spacing data of the surface
linear features within an individual set were obtained using a new analytical sampling
technique that involves overlapping a set of uniform imaginary scanlines orthogonally on
top of an individual fracture set and calculating the distance between two adjacent
intersection points along each scanline. Statistical analyses were then performed to find
the best-fit probability distribution functions for the orientation, length, and spacing
of each data set. Twenty-five hypothesized probability distribution functions were used to
fit each data set. A chi-square goodness-of-fit value was considered the best-fit
distribution.
Pay-Per-View Purchase Options
The article is available through a document delivery service. Explain these Purchase Options.
| Watermarked PDF Document: $14 |
Watermarked Document – A Watermarked Document is branded with the name of the original licensed customer to discourage unauthorized users from sharing the document outside the user's organization. The PDF is no longer restricted to one machine, but can be circulated to others in the same company or department. A Watermarked Document also can be printed for hard copy distribution internally but is not authorized for outside distribution nor posting on the internet. Users will not be able to cut-and-paste text or images from one document to another.
|
| Open PDF Document: $24 |
Open Document – An Open Document is a fully functional PDF that can be circulated (a digital copy or hard-copy printed documents) outside the purchasing organization. Purchase of an Open Document does NOT constitute license for republication in any form, nor does it allow web posting without prior written permission from AAPG/Datapages ([email protected]).
|
GIS Map Publishing Program
