This paper presents a practical approach for reliability analysis of steady-state seepage by
modeling spatial variability of the soil permeability. The traditional semi-analytical method; …

Two boundary value problems are solved for potential steady-state 2D Darcian seepage
flows towards a line sink in a homogeneous isotropic soil from a ponded land surface, which …

New mathematical models are developed and corresponding boundary value problems are
analytically and numerically solved for Darcian flows in earth (rock)–filled dams, which have …

Seepage through an aquifer, the hydraulic conductivity of which varies vertically, is studied
using the Dupuit-Forchheimer approximation (Girinskii's potential) and numerically by FDM …

Unidirectional, steady-state, Darcian flow in a confined homogeneous aquifer is partially
intercepted by a permeable reactive barrier (PRB), the shape of which is optimized with the …

Abstract Strack's (1984, 2017) analysis of infiltration from a pond into a shallow aquifer, with
a generated groundwater mound, is modified for steady phreatic groundwater flows in …

Seepage through a zoned earth-filled dam with a vertical clay core, two permeable
shoulders and toe drain are studied. Seepage through the core and the downstream …

Steady Darcian seepage through a dam core and adjacent shells is analytically studied. By
conformal mappings of the pentagon in the hodograph plane and triangle in the physical …

Steady and transient 2D Darcian flows in a saturated 'tongue'adjacent to a reservoir are
studied analytically. First, a stable tongue receiving water from an inclined equipotential …

Soil slopes satisfying the condition of a constant exit gradient (constant Darcian velocity) and
the seepage face (isobaricity) condition are found by complex analysis. For an empty …