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Breach growth in cohesive embankments due to overtopping
Gensheng Zhao
Rivers, Ports, Waterways and Dredging Engineering
Research output
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Thesis
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Dissertation (TU Delft)
195
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Dive into the research topics of 'Breach growth in cohesive embankments due to overtopping'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Growth
100%
Overtopping
100%
Erosion
100%
Embankment
100%
Shape
12%
Slope
8%
Failure
8%
Investigation
8%
Mathematical Model
8%
Condition
8%
Clay
8%
Model
8%
Dam Failure
4%
Water Level
4%
Land
4%
Washing
4%
Supercritical Flow
4%
Rill
4%
Coupling
4%
Actuator
4%
Flood
4%
Transport Process
4%
Scour
4%
Couple
4%
Laminar Boundary Layer
4%
Energy Dissipation
4%
Damage Assessment
4%
Loss
4%
Opening
4%
Block
4%
Area
4%
Dyke (Water management)
4%
Sediment
4%
Experiment
4%
Risk Analysis
4%
Subcritical Flow
4%
Earth Surface Sediment Transport
4%
Description
4%
INIS
embankments
100%
energy losses
4%
supercritical flow
4%
subcritical flow
4%
washing
4%