For solving time-dependent convection-dominated partial differential equations (PDEs),
which arise frequently in computational physics, high order numerical methods, including …

Highlights Eleven general streambank stabilization (SBS) techniques have been used
worldwide. Rules-of-thumb and practitioner experience are still heavily applied in SBS …

The paper reviews in condensed form and from a historical perspective the various methods
for treating and simulating turbulence and its effects in hydraulic flows. After highlighting the …

Results from computational morphodynamics modeling of coupled flow–bed–sediment
systems are described for 10 applications as a review of recent advances in the field. Each …

Barchan dunes are crescent-shaped formations of sand that can dominate both desert and
subaqueous landscapes when the supply of sand is scarce. Because of the complexity and …

Bedforms are ubiquitous features in rivers and shallow seas, as mobile sediment is
transported by flowing water. The mutual interaction of hydrodynamics and bedform has …

River restoration aims to improve physical natural form and processes of a river. Techniques
to control the riverbed, stabilize channel alignment, protect stream banks, and rebuild the …

Stream hydromorphology regulates in‐stream water flow and interstitial flow of water within
streambed sediments, the latter known as hyporheic exchange. Whereas hyporheic flow has …

Predictions of river channel adjustment to changes in streamflow regime based on relations
between mean channel characteristics and mean flood magnitude can be useful to evaluate …

This paper presents a systematic numerical investigation to study the effects of inlet turbulent
boundary conditions on the coupled hydrodynamics and morphodynamics computations of …