We present a heterogeneous domain decomposition approach to the Richards equation coupled with surface water flow. Assuming piecewise constant soil parameters in the constitutive equations for saturation and relative permeability, we present a novel domain decomposition approch to the Richards equation involving on fast and robust subdomain solver based on optimization techniques. The coupling of ground and surface water is resolved by a Dirichlet - Neumann-type iteration
We formulate the 2-Lagrange multiplier method for the Richards equation in heterogeneous soil. This ...
We consider the Richards equation on a domain that is decomposed into nonoverlapping layers, i.e., t...
This paper aims to describe a compilation of solutions of the linearized one-dimensional Richards eq...
Simulations of saturated-unsaturated groundwater flow in heterogeneous soil can be carried out by co...
We consider the Richards equation on a domain that is decomposed into nonoverlapping layers, i.e., t...
We consider the Richards equation on a domain that is decomposed into nonoverlapping layers, i.e., t...
We derive and analyze a solver-friendly finite element discretization of a time discrete Richards eq...
We derive and analyse a solver-friendly finite element discretiza- tion of a time discrete Richards...
We analytically and numerically analyze groundwater flow in a homogeneous soil described by the Rich...
The Richards equation is a nonlinear parabolic equation that is commonly used for modelling saturate...
The Richards equation is a nonlinear parabolic equation that is commonly used for modelling saturate...
The Richards equation is a nonlinear parabolic equation that is commonly used for modelling saturate...
We prove a substructuring result for variational inequalities. It concerns but is not restricted to ...
We prove a substructuring result for a variational inequality concerning - but not restricted to - t...
The exchange of ground- and surface water plays a crucial role in a variety of practically relevant ...
We formulate the 2-Lagrange multiplier method for the Richards equation in heterogeneous soil. This ...
We consider the Richards equation on a domain that is decomposed into nonoverlapping layers, i.e., t...
This paper aims to describe a compilation of solutions of the linearized one-dimensional Richards eq...
Simulations of saturated-unsaturated groundwater flow in heterogeneous soil can be carried out by co...
We consider the Richards equation on a domain that is decomposed into nonoverlapping layers, i.e., t...
We consider the Richards equation on a domain that is decomposed into nonoverlapping layers, i.e., t...
We derive and analyze a solver-friendly finite element discretization of a time discrete Richards eq...
We derive and analyse a solver-friendly finite element discretiza- tion of a time discrete Richards...
We analytically and numerically analyze groundwater flow in a homogeneous soil described by the Rich...
The Richards equation is a nonlinear parabolic equation that is commonly used for modelling saturate...
The Richards equation is a nonlinear parabolic equation that is commonly used for modelling saturate...
The Richards equation is a nonlinear parabolic equation that is commonly used for modelling saturate...
We prove a substructuring result for variational inequalities. It concerns but is not restricted to ...
We prove a substructuring result for a variational inequality concerning - but not restricted to - t...
The exchange of ground- and surface water plays a crucial role in a variety of practically relevant ...
We formulate the 2-Lagrange multiplier method for the Richards equation in heterogeneous soil. This ...
We consider the Richards equation on a domain that is decomposed into nonoverlapping layers, i.e., t...
This paper aims to describe a compilation of solutions of the linearized one-dimensional Richards eq...