Roland W. Jeppson (1 - 10)

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1.Hydraulics of Pipeline SystemsHydraulics of Pipeline Systems
from CRC Press
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2.[no image]Evaluation of the adequacy of streamflow operational hydrology in duplicating extended periods of high and low flows (PRWG-61-1)
from Utah Water Research Laboratory, College of Engineering, Utah State University

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3.[no image]Limitations of some finite difference methods in solving the strongly nonlinear equation of unsaturated flow in soils (PRWG)
from Utah Water Research Laboratory, College of Engineering, Utah State University

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4.[no image]Cyclic pressure tests of direct tapped C-900 PVC pipe (Hydraulics and hydrology series)
from Utah Water Research Laboratory, Utah State University

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5.[no image]Graphical solutions to frequently encountered fluid flow problems,
from Utah Water Research Laboratory

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6.[no image]Head losses due to RING-TITE filament wound elbows and tees and frictional losses in pipes of polyvinylchloride (PRWG)
from Utah Water Research Laboratory, College of Engineering, Utah State University

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7.[no image]Solution to transient vertical moisture movement based upon saturation-capillary pressure data and a modified Burdine theory, (Utah Water Research Laboratory. PR-WG)
from Utah Water Research Laboratory

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8.[no image]Steady flow in partially saturated soils solved by inverse formulation and finite differences (AEC research and development report)
from Scientific Programming and Analysis Dept., Computer Sciences Corp

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9.[no image]Hydraulics of solving unsteady debris flows (Hydraulics and hydrology series)
from Utah Water Research Laboratory, Utah State University

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10.[no image]Numerical solution of the steady-state two-dimensional flow system resulting from infiltration on a watershed, (PRWG / Utah Water Research Laboratory)
from Utah Water Research Laboratory, College of Engineering, Utah State University

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