Mechanisms of Flood-Induced Levee Breaching in Marumori Town During the 2019 Hagibis Typhoon
Visit sourceDirectly analyzes a levee breach mechanism during a flood event, the exact subject of this sub-category.
Flood extents modeling is typically carried out to determine impacts of a dam break scenario.
Flood extents modeling is typically carried out to determine impacts of a dam break scenario. Often operators also need to determine the significance of their dam releases in relation to impacts from natural flood events.
EEMS allows operators and regulators to build 3D models of river systems and flood plains downstream of their dam and accurately model peak flood levels and time of travel, inundation periods and develop mitigation schemes. A wide a range of 2D, 3D and statistical analysis can be generated from the model output to better illustrate and interpret the results.
Directly analyzes a levee breach mechanism during a flood event, the exact subject of this sub-category.
Directly a flood risk assessment using hydrodynamic modeling.
Directly covers a real-world dam failure event.
Flood control is explicitly named in the title, and the case study centers on hydraulic structures managing flood risk.
Flood control is explicitly named in the title, and the case study centers on hydraulic structures managing flood risk.
Covers the modeling capability underlying dams, intakes, and tailwater structures generally.
Same rationale — configuration options for structure behavior applicable across all three sub-categories.
Demonstrates particle tracking through structures, relevant to intake/tailwater flow behavior but not framed as either specifically.
A structure-flow configuration feature usable for dam, intake, or tailwater setups.
Flow-blocking features relevant to structure operations generally, but not tied to a specific dam-break, intake, or tailwater case study.
Flow-blocking features relevant to structure operations generally, but not tied to a specific dam-break, intake, or tailwater case study.
Flow-blocking features relevant to structure operations generally, but not tied to a specific dam-break, intake, or tailwater case study.