Surface and subsurface flow systems are inherently unified systems that are often broken
into sections for logical (eg, time scales) and technical (eg, analytical and computational …

Integrated, process‐based numerical models in hydrology are rapidly evolving, spurred by
novel theories in mathematical physics, advances in computational methods, insights from …

A physically-based, spatially-distributed model is presented for simulation of
surface/subsurface flow and the interactions between these domains. The model is …

A distributed physically based model incorporating novel approaches for the representation
of surface‐subsurface processes and interactions is presented. A path‐based description of …

This text combines the science and engineering of hydrogeology in an accessible,
innovative style. As well as providing physical descriptions and characterisations of …

An approach for modelling surface/subsurface flow and transport in a fully integrated way is
presented. The diffusive wave approximation used to model runoff is formulated as a …

Dam-break problems involve the formation of shocks and rarefaction fans. The performance
of 20 explicit numerical schemes used to solve the shallow water wave equations for …

Considering surface and subsurface interactions is imperative to predict water movement,
water quantity and quality in the environment. However, substantial execution time and over …

The main purpose of this work concerns the development and testing of an overland flow
model based on the two‐dimensional fully dynamic shallow water equations. Three key …

This paper presents a numerical model suitable for a broad range of surface flow problems
such as overland flow, wetting and drying processes, varying flow conditions and shock …