Based on the ADINA-T finite element software, the effects of different underground dam depths, widths and permeability coefficients on the seepage field in the underground reservoir were studied. Based on the sensitivity analysis and calculation of the three parameters of the underground dam based on the orthogonal experiment method, the depth and permeability coefficient of the underground dam have a significant effect on the sensitivity of the groundwater level drop height in front of the dam, the width and the permeability coefficient have a significant effect on the maximum flow velocity, and depth has great influence on seepage flow
The advantages of seepage is in the middle and later periods of the oilfield development, long-term ...
Underground reservoir technology for coal mines can realize the coordinated development of coal expl...
Based on the geological and hydrogeological conditions of the Jurong Pumped Storage Hydroelectric Po...
Based on the ADINA-T finite element software, the effects of different underground dam depths, width...
Seepage through earth dams is affected by the soils characteristics that form them, which are charac...
The antifloating design of underground structures is very important in areas with high underground w...
Abstract: The distribution characteristics and migration mechanism of seepage field of reservoir gro...
In the construction of a deep tunnel with rich water and soft rock, accurate evaluations of the dist...
A physical model of earth dam is constructed a drainage and seepage tank in order to analyze the see...
Earth-rock dam is commonly used in the high-dam engineering around the world. It has been widely acc...
In Civil and Geotechnical engineering a thorough knowledge of pore water seepage analysis is critica...
The dam is one of the most important structures in civil engineering. There are many important terms...
In this research, the program SEEP / W was used to compute the value of seepage through the homogeno...
This research investigates the effect of downstream drain’s geometry on seepage through homogeneous ...
The variation of pore water pressure in earthen dams plays an important role in maintaining its stab...
The advantages of seepage is in the middle and later periods of the oilfield development, long-term ...
Underground reservoir technology for coal mines can realize the coordinated development of coal expl...
Based on the geological and hydrogeological conditions of the Jurong Pumped Storage Hydroelectric Po...
Based on the ADINA-T finite element software, the effects of different underground dam depths, width...
Seepage through earth dams is affected by the soils characteristics that form them, which are charac...
The antifloating design of underground structures is very important in areas with high underground w...
Abstract: The distribution characteristics and migration mechanism of seepage field of reservoir gro...
In the construction of a deep tunnel with rich water and soft rock, accurate evaluations of the dist...
A physical model of earth dam is constructed a drainage and seepage tank in order to analyze the see...
Earth-rock dam is commonly used in the high-dam engineering around the world. It has been widely acc...
In Civil and Geotechnical engineering a thorough knowledge of pore water seepage analysis is critica...
The dam is one of the most important structures in civil engineering. There are many important terms...
In this research, the program SEEP / W was used to compute the value of seepage through the homogeno...
This research investigates the effect of downstream drain’s geometry on seepage through homogeneous ...
The variation of pore water pressure in earthen dams plays an important role in maintaining its stab...
The advantages of seepage is in the middle and later periods of the oilfield development, long-term ...
Underground reservoir technology for coal mines can realize the coordinated development of coal expl...
Based on the geological and hydrogeological conditions of the Jurong Pumped Storage Hydroelectric Po...