The code contains two models for coupling saturated (groundwater) and unsaturated flow. One model uses an iterative approach, the other one a non-iterative approach. Both models are written in MATLAB. Functions for vizualisation of the output as well as reference data from fully integrated 3D model runs and the required input data for three chosen test cases is included as well
Surface-water and groundwater are two resources both requiring careful management and protection. Co...
Due to the high nonlinearity of the three-dimensional (3-D) unsaturated-saturated water flow equatio...
In this paper, we present a coupled hydrological model to simulate all major flow pathways at the wa...
The code contains two models for coupling saturated (groundwater) and unsaturated flow. One model us...
Fully integrated three-dimensional (3D) physically based hydrologic models usually require many comp...
AbstractA coupled unsaturated-saturated water flow numerical model was developed. The water flow in ...
Abstract Duflow is a computer program for one-dimensional hydraulic modelling of surface water. Micr...
This paper presents the realization of two-way coupling of the unsaturated-saturated flow interactio...
In this paper we describe the numerical code for a three-dimensional ground- water flow model. The m...
The use of coupled models of hydrologic analysis, which includes more than one component of the hydr...
A low-dimensional model that describes both saturated and unsaturated flow processes in a single equ...
Abstract Global water resource assessment has been conducted primarily for surface water and shallow...
Accurately capturing the complex soil-water and groundwater interactions is vital for describing the...
A coupled regional and local model is required when groundwater flow and solute transport are to be ...
A coupled regional and local model is required when groundwater flow and solute transport are to be ...
Surface-water and groundwater are two resources both requiring careful management and protection. Co...
Due to the high nonlinearity of the three-dimensional (3-D) unsaturated-saturated water flow equatio...
In this paper, we present a coupled hydrological model to simulate all major flow pathways at the wa...
The code contains two models for coupling saturated (groundwater) and unsaturated flow. One model us...
Fully integrated three-dimensional (3D) physically based hydrologic models usually require many comp...
AbstractA coupled unsaturated-saturated water flow numerical model was developed. The water flow in ...
Abstract Duflow is a computer program for one-dimensional hydraulic modelling of surface water. Micr...
This paper presents the realization of two-way coupling of the unsaturated-saturated flow interactio...
In this paper we describe the numerical code for a three-dimensional ground- water flow model. The m...
The use of coupled models of hydrologic analysis, which includes more than one component of the hydr...
A low-dimensional model that describes both saturated and unsaturated flow processes in a single equ...
Abstract Global water resource assessment has been conducted primarily for surface water and shallow...
Accurately capturing the complex soil-water and groundwater interactions is vital for describing the...
A coupled regional and local model is required when groundwater flow and solute transport are to be ...
A coupled regional and local model is required when groundwater flow and solute transport are to be ...
Surface-water and groundwater are two resources both requiring careful management and protection. Co...
Due to the high nonlinearity of the three-dimensional (3-D) unsaturated-saturated water flow equatio...
In this paper, we present a coupled hydrological model to simulate all major flow pathways at the wa...
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