Add to ORKGEvolution of meanders, a complex morpho-dynamic process, has been the focus of research challenging river engineers for decades. The study replicates the natural evolution of meandering processes by coupling the Bank Erosion and Retreat Model (BERM, by Chen and Duan) with a nonlinear flow model (by Blanckaert and de Vriend). Distinguished from our previous meander evolution model which adopted the first-order analytical solution of flow field in a sine-generated channel (by Johannesson and Parker), the present model is applicable to any channel planforms and more suitable for moderately and strongly curved flows. The computed results demonstrate the improvement of simulation of meander evolution by adopting the advanced hydrodynamic model.H...
In this paper, a physics-based model that couples a bank erosion model with a meander evolution mode...
Meander migration results from the interaction between inner bank accretion and outer bank erosion/c...
Reduced-order models remain essential tools for meander modeling, especially for processes at large ...
Evolution of meanders, a complex morpho-dynamic process, has been the focus of research challenging ...
Meander dynamics has been the focus of river engineering for decades; however, it remains a challeng...
The results of linear & nonlinear flow models are similar in mildly curved channels with a flat ...
A topographic steering river meandering (TSRM) model based on continuity of a simplified flow field ...
A simple mathematical model for the simulation of river meandering processes is presented and analys...
Understanding the nature of morphologic changes of meandering rivers has long attracted the attentio...
A numerical model of river morphology for meander bends with erodible cohesive banks is herein deve...
A numerical model of river morphology for meander bends with erodible cohesive banks is herein devel...
Despite the rapid evolution of computational power, simulation of meander dynamics by means of reduc...
We develop a nonlinear asymptotic theory of flow and bed topography in meandering channels able to d...
Meandering channels are dynamic landforms that arise as a result of fluid mechanic and sedimentary p...
A new model for bed topography is developed herein which accounts for phase lag and the influence of...
In this paper, a physics-based model that couples a bank erosion model with a meander evolution mode...
Meander migration results from the interaction between inner bank accretion and outer bank erosion/c...
Reduced-order models remain essential tools for meander modeling, especially for processes at large ...
Evolution of meanders, a complex morpho-dynamic process, has been the focus of research challenging ...
Meander dynamics has been the focus of river engineering for decades; however, it remains a challeng...
The results of linear & nonlinear flow models are similar in mildly curved channels with a flat ...
A topographic steering river meandering (TSRM) model based on continuity of a simplified flow field ...
A simple mathematical model for the simulation of river meandering processes is presented and analys...
Understanding the nature of morphologic changes of meandering rivers has long attracted the attentio...
A numerical model of river morphology for meander bends with erodible cohesive banks is herein deve...
A numerical model of river morphology for meander bends with erodible cohesive banks is herein devel...
Despite the rapid evolution of computational power, simulation of meander dynamics by means of reduc...
We develop a nonlinear asymptotic theory of flow and bed topography in meandering channels able to d...
Meandering channels are dynamic landforms that arise as a result of fluid mechanic and sedimentary p...
A new model for bed topography is developed herein which accounts for phase lag and the influence of...
In this paper, a physics-based model that couples a bank erosion model with a meander evolution mode...
Meander migration results from the interaction between inner bank accretion and outer bank erosion/c...
Reduced-order models remain essential tools for meander modeling, especially for processes at large ...