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Dynamics of Embankment Slope Stability under Combination of Operating Water Levels and Drawdown Conditions
(Infrastructures, 2022)
This study investigated the potential influence of operating water levels and loading
conditions on the slope stability of an embankment dam. Four different operating reservoir levels
(normal, reduced, embankment height, and overflow) were considered in the study. Numerical
modeling was used to investigate the problem in the case of the Chardara dam within the Syrdarya
catchment ...
Dynamics of Embankment Slope Stability under Combination of Operating Water Levels and Drawdown Conditions
(Infrastructures, 2022)
This study investigated the potential influence of operating water levels and loading
conditions on the slope stability of an embankment dam. Four different operating reservoir levels
(normal, reduced, embankment height, and overflow) were considered in the study. Numerical
modeling was used to investigate the problem in the case of the Chardara dam within the Syrdarya
catchment ...
Delving into Earth Dam Dynamics: Exploring the Impact of Inner Impervious Core and Toe Drain Arrangement on Seepage and Factor of Safety during Rapid Drawdown Scenarios
(Infrastructures, 2023)
The study examined the intricate relationships between embankment slope configurations,
toe drain designs, and drawdown scenarios. It utilized a unique combination of numerical, physical,
and mathematical models. The investigation involved 16 numerical models and 8 physical models
with distinct characteristics. The research explored the correlations of key parameters: matric ...
Dynamics of Embankment Slope Stability under Combination of Operating Water Levels and Drawdown Conditions
(Infrastructures, 2022)
This study investigated the potential influence of operating water levels and loading
conditions on the slope stability of an embankment dam. Four different operating reservoir levels
(normal, reduced, embankment height, and overflow) were considered in the study. Numerical
modeling was used to investigate the problem in the case of the Chardara dam within the Syrdarya
catchment ...
Delving into Earth Dam Dynamics: Exploring the Impact of Inner Impervious Core and Toe Drain Arrangement on Seepage and Factor of Safety during Rapid Drawdown Scenarios
(Infrastructures, 2023)
The study examined the intricate relationships between embankment slope configurations,
toe drain designs, and drawdown scenarios. It utilized a unique combination of numerical, physical,
and mathematical models. The investigation involved 16 numerical models and 8 physical models
with distinct characteristics. The research explored the correlations of key parameters: matric ...
Dynamics of Embankment Slope Stability under Combination of Operating Water Levels and Drawdown Conditions
(Infrastructures, 2022)
This study investigated the potential influence of operating water levels and loading
conditions on the slope stability of an embankment dam. Four different operating reservoir levels
(normal, reduced, embankment height, and overflow) were considered in the study. Numerical
modeling was used to investigate the problem in the case of the Chardara dam within the Syrdarya
catchment ...
Delving into Earth Dam Dynamics: Exploring the Impact of Inner Impervious Core and Toe Drain Arrangement on Seepage and Factor of Safety during Rapid Drawdown Scenarios
(Infrastructures, 2023)
The study examined the intricate relationships between embankment slope configurations,
toe drain designs, and drawdown scenarios. It utilized a unique combination of numerical, physical,
and mathematical models. The investigation involved 16 numerical models and 8 physical models
with distinct characteristics. The research explored the correlations of key parameters: matric ...
Delving into Earth Dam Dynamics: Exploring the Impact of Inner Impervious Core and Toe Drain Arrangement on Seepage and Factor of Safety during Rapid Drawdown Scenarios
(Infrastructures, 2023)
The study examined the intricate relationships between embankment slope configurations,
toe drain designs, and drawdown scenarios. It utilized a unique combination of numerical, physical,
and mathematical models. The investigation involved 16 numerical models and 8 physical models
with distinct characteristics. The research explored the correlations of key parameters: matric ...








