Investigating the non-linear effects of breach parameters on a dam break study
When settlements are located close to a dam, it is important to accurately predict the breach
peak flow and the time to reach the peak. Therefore, the prediction of dam breach properties …
peak flow and the time to reach the peak. Therefore, the prediction of dam breach properties …
Improving modeling of submerged canopy flows with a vortex-based Spalart–Allmaras model
XF Yan, XK Wang - Journal of Hydrology, 2024 - Elsevier
Accurately modeling the hydrodynamics of submerged canopies is crucial for predicting
sediment dynamics and geomorphodynamics. This paper introduces vortex-based Spalart …
sediment dynamics and geomorphodynamics. This paper introduces vortex-based Spalart …
The advancing wave front on a sloping channel covered by a rod canopy following an instantaneous dam break
The drag coefficient C d for a rigid and uniformly distributed rod canopy covering a sloping
channel following the instantaneous collapse of a dam was examined using flume …
channel following the instantaneous collapse of a dam was examined using flume …
Prediction of Depth-Averaged Velocity for Flow Though Submerged Vegetation Using Least Squares Support Vector Machine with Bayesian Optimization
Y Deng, Y Liu - Water Resources Management, 2024 - Springer
Considering the limited accuracy of classical empirical formulas and traditional Machine
Learning (ML) models for predicting the depth-averaged velocity of flow through submerged …
Learning (ML) models for predicting the depth-averaged velocity of flow through submerged …
[PDF][PDF] Numerical investigation of dam break flow over erodible beds with diverse substrate level variations
A Khoshkonesh, B Nsom, S Okhravi… - Journal of Hydrology …, 2024 - intapi.sciendo.com
This study aimed to comprehensively investigate the influence of substrate level difference
and material composition on dam break wave evolution over two different erodible beds …
and material composition on dam break wave evolution over two different erodible beds …