Most ways of predicting flow resistance in shallow rivers with a partial or complete cover of
coarse sediment use a bed‐sediment grain diameter as a roughness length scale. However …

3D printing is a fast growing industry and is affecting many areas of our daily lives, eg, in
medical fields, mechanics, as well as engineering. For hydraulic experimental modeling, this …

Many models of incision by bedrock rivers predict water depth and shear stress from
discharge; conversely, palaeoflood discharge is sometimes reconstructed from flow depth …

We present an experimental analysis of hydraulic roughness variations due to changes in
alluvial cover in a mixed bedrock-alluvial meandering channel with larger bedrock …

Assumptions about flow resistance in bedrock channels have to be made for mechanistic
modeling of river incision, paleoflood estimation, flood routing, and river engineering. Field …

Several studies have demonstrated the importance of alluvial cover; furthermore, several
mathematical models have also been introduced to predict the alluvial cover on bedrock …

Sediment entrainment in bedrock rivers is a key process for river incision and landscape
evolution. Bedrock riverbeds are typically comprised of both exposed bedrock and alluvial …

Coastal biogenic structures, formed by ecosystem engineering species, often feature rough
surfaces characterized by intricate topographies and highly three-dimensional reliefs. Their …

Successful management of natural and engineered channels with discontinuous alluvial
cover requires knowledge of how the cover develops and evolves. We report on physical …

Mixed bedrock‐alluvial rivers can exhibit partial alluvial cover, which plays an important role
in controlling bedrock erosion rates and landscape evolution. However, numerical …