Analyses are presented of the anticipated earthquake performance of three generally similar earth dams, situated in a seismically active area of northern California. The series of analyses illustrates a cost-effective approach which involved full-scale finite element analyses of one dam, and the use of limited dynamic analysis techniques and correlations to evaluate the other two. The simplified techniques were applied only after testing them against the finite element analyses, information is also presented on how the results of simplified and full-scale dynamic analysis procedures correlate
Assessment of dam embankment deformation by various methods such as those proposed by Newmark, Ambra...
The simplified procedures for evaluation of the earthquake induced displacement in earth and rockfil...
The performance-based design of earth dams and the rehabilitation of existing ones require the evalu...
Seismic stability of embankment dams and their foundations has been a major concern in recent years ...
Two dynamic analysis studies of embankment dams are described. One dam is 43m high on alluvium, the ...
Accumulation of knowledge on earthquake activity in California has lead to stronger ground motions b...
The 1987 Whittier Narrows earthquake (ML = 5.9) shook two dams, the Puddingstone and Cogswell dams, ...
Two case studies from engineering practice are presented to demonstrate how useful a sophisticated f...
Stafford Dam, an approximately 79-ft high compacted earthfill founded on stream alluvium approximate...
Procedures for the three-dimensional (3-D) dynamic analysis of earth dams have been available for ov...
Earth dams may experience reduction in shear strength due to seismically induced pore pressures. Suc...
The paper is directed to follow a procedure where seismic responses are identified and recommendatio...
Guidance for the Corps of Engineers requires the use of seismic deformation analysis in the evaluati...
Presented in this paper is a comparison between the results of 2-D and 3-D dynamic effective stress ...
The performance of dams subjected to earthquakes is addressed with particular emphasis of recent ear...
Assessment of dam embankment deformation by various methods such as those proposed by Newmark, Ambra...
The simplified procedures for evaluation of the earthquake induced displacement in earth and rockfil...
The performance-based design of earth dams and the rehabilitation of existing ones require the evalu...
Seismic stability of embankment dams and their foundations has been a major concern in recent years ...
Two dynamic analysis studies of embankment dams are described. One dam is 43m high on alluvium, the ...
Accumulation of knowledge on earthquake activity in California has lead to stronger ground motions b...
The 1987 Whittier Narrows earthquake (ML = 5.9) shook two dams, the Puddingstone and Cogswell dams, ...
Two case studies from engineering practice are presented to demonstrate how useful a sophisticated f...
Stafford Dam, an approximately 79-ft high compacted earthfill founded on stream alluvium approximate...
Procedures for the three-dimensional (3-D) dynamic analysis of earth dams have been available for ov...
Earth dams may experience reduction in shear strength due to seismically induced pore pressures. Suc...
The paper is directed to follow a procedure where seismic responses are identified and recommendatio...
Guidance for the Corps of Engineers requires the use of seismic deformation analysis in the evaluati...
Presented in this paper is a comparison between the results of 2-D and 3-D dynamic effective stress ...
The performance of dams subjected to earthquakes is addressed with particular emphasis of recent ear...
Assessment of dam embankment deformation by various methods such as those proposed by Newmark, Ambra...
The simplified procedures for evaluation of the earthquake induced displacement in earth and rockfil...
The performance-based design of earth dams and the rehabilitation of existing ones require the evalu...