This study investigates and compares several design storms for flood estimation in partially
urbanized catchments. Six different design storms were considered: Euler II, alternating …

Microtopography (MT) can govern runoff dynamics as a net result of local heterogeneities in
the flow paths and ponding. This in turn controls the development of the surface water layer …

The infiltration process in slopes is an essential issue in geotechnical engineering. A new
Green-Ampt model for describing the two-stage infiltration in slopes based on fractional …

Rivers play a vital role in both the formation and maintenance of riparian wetland hydrology.
However, few studies have focused on the response of water recharge of riparian wetlands …

During intense rainfall, shallow landslides often occur on natural slopes due to the rising
groundwater level. This study proposed a simple model for rainfall-induced shallow …

Rainfall is a spatiotemporally varied process and key to accurately capturing catchment
runoff and determining flood response. Flash flood response of a catchment can be strongly …

This study aimed to evaluate the suitability of literature parameter values for the Green–Ampt
infiltration model to be used in hydrodynamic rainfall–runoff simulations. The outcome of this …

Nowadays, the great power of modern computers allows to develop computational models
able to deal with simulations of several coupled phenomena over detailed complex …

This paper introduces a graphical user interface (GUI) for the R software that allows the
rainfall-runoff relationship to be calculated, using the curve number method. This GUI is a …

The rainfall infiltration analysis method is an important method for slope stability forecast and
prevention. Slope angle and unsaturated soil layers are not shown in the conventional …