The hydraulic conductivity function, which is required to solve the Richards equation, is
difficult to measure. Therefore prediction methods are frequently used where the shape of …

All soils irrespective of type, structure, or mineralogy are in a limiting saturated state
condition at zero suction and in a dry condition at a suction value of 1,000,000 kPa. As the …

This study was conducted to investigate the capability of bimodal approaches in describing
water retention data and predicting hydraulic conductivity of 18 samples from an aggregated …

A thorough understanding of rainfall recharge processes and their controlling factors is
essential for management of groundwater systems. This study investigates the effects of …

A special algorithm is developed to optimize the function of van Genuchten, which is used
for the simulation of the soil characteristic curve. This function is non-linear so the method of …

Abstract The Latrobe Valley mines, Victoria, Australia, are facing some major challenges as
they approach the end of their mining life. Most of these challenges surround current …

20 1 4 MODELING HYDROLOGICAL RESPONSE OF STRUCTURED SOILS Page 1
UNIVERSITÀ DEGLI STUDI DI SALERNO Dipartimento di Ingegneria Civile CORSO DI …

To use soil hydrology processe (SHP) models, which have increasingly extended during the
last years, comprehensive knowledge about these models and their modeling approaches …

Soils often exhibit a variety of small-scale heterogeneities such as cracks, inter-aggregate
macropores and voids which partition flow into separate regions. In this paper, some …

Predicting the unsaturated hydraulic conductivity using multi-porosity water retention curves |
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