A finite-difference model of three-dimensional granular displacement
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Authors
Burbey, Thomas J.
Issue Date
1994
Type
Dissertation
Language
en_US
Keywords
hydrology , modeling , numerical model , ground-water flow model , homogeneous aquifers , confined aquifers , unconfined , heterogeneous , vectors , Crank-Nicolson , Chebyshev , wells , boundary conditions , granular movement , finite-difference , Mackay Science Project
Alternative Title
Abstract
A three-dimensional finite-difference numerical model has been developed using the displacement field of solids as the unknown principal variable allowing for the simulation of granular displacement in three dimensions.
Description
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Citation
Publisher
University of Nevada, Reno