The seepage phenomenon (uplift pressure - flow rate - exit gradient of hydraulic structures) is one of the main causes of failure or collapse of hydraulic structures, so it has been reduced using sheet piles under floor of hydraulic structures. In this study, effect of mutual interference piles were studied on seepage phenomenon by using finite elements program ANSYS. The results were verified with the practical results L-SAYED which given a good correlation. It was found that the use of the pile in the upstream reduced the uplift pressures by 8.36%, and the pile in the downstream increased it by 11.66%, the flow rate reduced by 66.8% and exit gradient of the hydraulic structures reduced by 28.28%
Seepage under dams can result in high uplift pressure experienced usually under the downstream of th...
Pumped-storage power stations (PSPSs) have higher requirements for anti-seepage compared with regula...
A stud y on the phenomenon of seepage flow under a sheet pile using the finite element metho...
The seepage through a permeable soil under hydraulic structure exerts uplift pressure and may carry ...
This paper is intended to study the effect of using upstream and downstream sheet pile in double soi...
The research examines the influence of constructive features of a pressure hydraulic structure on th...
Although the impervious layer under a hydraulic structure is rarely flat, the effect of the impervio...
The research presents an experimental study of the interaction between cavity and adjacent hydrauli...
The seepage flow through porous media under a hydraulic structure belongs to the confined flow probl...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
Department of Civil Engineering, Haldia Institute of Technology, West Bengal, India An analytical m...
When the sheet pile is used as the reservoir wall or retains the action of saturated fills and cuts ...
The Roughness in the open channel are inhibiting factor which depends on the amount of resistance ch...
AbstractThis paper, based on the mechanism analysis of coupling of seepage and stress fields, builds...
Abstract In this research the experimental method by using Hydraulic modeling used to determination ...
Seepage under dams can result in high uplift pressure experienced usually under the downstream of th...
Pumped-storage power stations (PSPSs) have higher requirements for anti-seepage compared with regula...
A stud y on the phenomenon of seepage flow under a sheet pile using the finite element metho...
The seepage through a permeable soil under hydraulic structure exerts uplift pressure and may carry ...
This paper is intended to study the effect of using upstream and downstream sheet pile in double soi...
The research examines the influence of constructive features of a pressure hydraulic structure on th...
Although the impervious layer under a hydraulic structure is rarely flat, the effect of the impervio...
The research presents an experimental study of the interaction between cavity and adjacent hydrauli...
The seepage flow through porous media under a hydraulic structure belongs to the confined flow probl...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
Department of Civil Engineering, Haldia Institute of Technology, West Bengal, India An analytical m...
When the sheet pile is used as the reservoir wall or retains the action of saturated fills and cuts ...
The Roughness in the open channel are inhibiting factor which depends on the amount of resistance ch...
AbstractThis paper, based on the mechanism analysis of coupling of seepage and stress fields, builds...
Abstract In this research the experimental method by using Hydraulic modeling used to determination ...
Seepage under dams can result in high uplift pressure experienced usually under the downstream of th...
Pumped-storage power stations (PSPSs) have higher requirements for anti-seepage compared with regula...
A stud y on the phenomenon of seepage flow under a sheet pile using the finite element metho...