Index Catalog // ScholarsArchive@OSU

Start Over

Filtering by: Subject Groundwater Degree Level Doctoral Subject Groundwater flow -- Mathematical models

A numerical model for the fate and transport of chlorinated phenols in groundwater

Creator:

Lee, Sang Bong

Abstract:

The objective of this study was to develop a numerical model for the movement and fate of chlorinated phenols in groundwater. In the first part, a numerical model for several different equilibrium and nonequilibrium sorption processes under isothermal conditions is developed for one-dimensional, steady-state water flow in soil columns. The...

Resource Type:

Dissertation

Full Text:

chlorinated phenols in groundwater AN ABSTRACT OF THE THESIS OF Sang Bong Lee for the degree of Doctor of
Solutions to some linear evolutionary systems of equations : study of the double porosity model of fluid flow in fractured rock and its applications.

Creator:

Bodvarsson, Gudrun M.

Abstract:

The present work is a study of three degenerate, linear parabolic systems of equations, each of which represents a version of the so-called double porosity model for underground fluid flows in natural fractured rock. These systems of equations together with initial and boundary conditions describe single-phase flows in fluids, slightly...

Resource Type:

Dissertation
On the use of recession slope analysis and the Boussinesq equation for interpreting hydrographs and characterizing aquifers

Creator:

Rupp, David Earl

Resource Type:

Dissertation
A macroscale measurement and modeling approach to improve understanding of the hydrology of steep, forested hillslopes

Creator:

Graham, Christopher Brian

Abstract:

The dominant controls on flow generation in steep, forested hillslopes are poorly understood. This dissertation examined the dominant flow processes operating at the hillslope scale, using a combined macroscale measurement and model development and analysis framework. Irrigation experiments at two steep forested hillslopes were conducted to isolate individual hillslope flow...

Resource Type:

Dissertation