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Sediment Transport

This Special Issue presents a collection of recent advancements in sediment transport research and hydraulic engineering that contribute to filling the knowledge gap in morphodynamic processes at different scales, with an outlook towards innovative river engineering approaches, monitoring systems, a...

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Formato: Online
Idioma:inglês
Publicado em: MDPI - Multidisciplinary Digital Publishing Institute 2024
Assuntos:
Bohai Bay
sediment migration
diffusion
grain size
element
Crocker Formation
turbidite sequence
deep-water fan system
Sabah
bedload
sediment transport
ADCP
dunes
riverbed geomorphology
nature-based solutions
distributed hydrological model
IBER+
Guadalquivir Basin
European Union Directive 2007/60
flash flood
gully erosion
olive and vineyard orchards
deposition
erosion
unsteady
nonequilibrium
bridge scour
sand-bed
principal component analysis
multiple non-linear regression
PSDB-2014
Danube
suspended sediment
surrogate
turbidity
suspended sediment yield
monitoring
downstream and upstream changes
morphological evolution
river morphology
erodibility
valley confinement
suspended-sediment concentration
isokinetic
depth-integrating
grab sampling
total suspended solids
water quality
Minnesota
Wilcoxon test
suspended-sediment dynamics
River Drava
sediment management
low water levels
incision of riverbeds
sand bed
surveillance cross-sections
indirect estimation of sediment transport
instrumented particles
MEMS sensors
frequency of entrainment
incipient motion
turbulent flows
flow structures
quadrant analysis
torrential hazards
debris flows
flash floods
extreme events
rainfall
mitigation
flexible net barriers
check dams
monitoring system
3D flow simulation
clear-water flow
live-bed flow
horseshoe vortex
local scour
narrow channel
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues
Acesso em linha:ONIX_20240514_9783039286027_82
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Resumo:This Special Issue presents a collection of recent advancements in sediment transport research and hydraulic engineering that contribute to filling the knowledge gap in morphodynamic processes at different scales, with an outlook towards innovative river engineering approaches, monitoring systems, available technologies, and management practices tackling rapidly changing environmental conditions.

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