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Now showing items 1-10 of 18
Inter-Code Comparison of Variably Saturated Fluid Flow and Prediction of Percolation through a Tailings Impoundment in Southeast Nevada, USA.
Hypothetical infiltration columns were simulated to evaluate the performance of 6 different modeling codes (HYDRUS 1D, HYDRUS 2D/3D, HELP, SV FLUX, UNSAT-H, and VS2D) at simulating near ground surface water balance processes ...
Quantitative analysis of groundwater flow in Spanish Springs Valley, Washoe County, Nevada
(University of Nevada, Reno, 1988)
A steady-state groundwater flow model was used to investigate groundwater flow in Spanish Springs Valley. The flow system in the alluvial aquifer is dominated by a groundwater mound created by secondary recharge from the ...
Three dimensional numerical simulation of tritium and chloride-36 migration
(University of Nevada, Reno, 1984)
A three-dimensional solute transport model was used to simulate, and predict future behavior of, tritium and chloride-36 breakthrough curve data.
Quantitative analysis of groundwater flow in valley-fill deposits in Steptoe Valley, Nevada
(University of Nevada, Reno, 1985)
Groundwater flow in Steptoe Valley in east-central Nevada was analyzed with the aid of a steady-state groundwater flow model.
Modeling and analysis of hydraulic interchange of surface and ground water
(University of Nevada, Reno, 1977)
A technique for modeling the hydraulic interchange between surface and groundwater in an unconfined aquifer-river system has been developed.
Hydrology of the southern part of the Peavine Mountain-Silver Lake sub-basin
(University of Nevada, Reno, 1987)
A study was conducted to determine the feasibility of harvesting runoff form Peavine Mountain prior to its discharge and evaporation from the Silver Lake Playa. Model routing indicates 200 acre-feet per year can be harvested.
Numerical simulation of artificial recharge in Cold Spring Valley, Nevada
(University of Nevada, Reno, 1981)
A steady-state, finite element model was used to simulate the Cold Spring Valley groundwater flow system. The primary limiting factor to any artificial recharge scenario in Cold Spring Valley is the response of the water ...
Assessment of management strategies for drought mitigation through a conjunctive use irrigation system in Smith Valley, Lyon County, Nevada
(University of Nevada, Reno, 1978)
A lumped parameter systems model was developed for Smith Valley, based upon the characteristics and interrelationships of the water resource system. Various conjunctive management schemes were modeled to investigate improving ...
Modeling the transient horizontal movement of an aquifer based on the Gersevanov-Darcy law
(University of Nevada, Reno, 1991)
The velocity of solids, displacement of solids, and volumetric strains related to an aquifer are calculated in response to discharge and injection wells using a numerical model which incorporates the Gersevanov - Darcy law.
Non-equilibrium thermodynamic treatment of transport processes in ground-water flow
(University of Nevada, Reno, 1975)
The theory of non-equilibrium thermodynamics is postulated to be applicable to a continuum model of porous medium in which fluxes and forces at points in the fluid phase are averaged over a representative elementary volume.