the assessment approach is based on the analysis of main quantitative characteristics of strong ground motions required for the construction of earth dams in seismic zones. Methodologically, the approach to provide for appropriate zoning for hazardous industries involves conducting a process that consists of several stages typical for earth dams. The results of research are based on seismic hazard assessment for the facilities in Mongolia, Amur Region and Khabarovsk Territory
The method of seismic safety analysis for earth dam was examined by using actual performances of ear...
The standard problem of engineering geophysics, solved for road and house building and other constru...
The first approximation approach to seismic zoning of the areas adjacent to the Mongolia-Siberian re...
In engineering seismic hazard and seismic risk are two main concepts in evaluating the performance o...
There have been considered the examples of reasonable level of seismic hazard of infrastructure faci...
Seismic instrumentation of dams and reservoirs sites is accepted today as a valuable tool to underst...
Region-specific seismic hazard analysis was carried out for Krishna Raja Sagara Dam site in Karnatak...
This article presents the results of seismic process studies in the territories adjacent to the esse...
Optimum approach to an engineering-seismological assessment of mastered territories in regions of th...
The work is devoted to define the seismic hazard degree of four dams of Armenia: Azat, Tavshoot, Hal...
Earthquakes may cause failure or profound damage for dams. Factors contributing to this are, magnitu...
To clarify how to arrive at earthquake ground motion parameters for use in evaluating the high rockf...
The paper summarizes the main damage mechanisms suffered by earth dams under both strong earthquakes...
This report presents data relevant to the occurrence of reservoirassociated earthquakes. The...
The integrity of the state and national system of embankment dams and levees is a crucial component ...
The method of seismic safety analysis for earth dam was examined by using actual performances of ear...
The standard problem of engineering geophysics, solved for road and house building and other constru...
The first approximation approach to seismic zoning of the areas adjacent to the Mongolia-Siberian re...
In engineering seismic hazard and seismic risk are two main concepts in evaluating the performance o...
There have been considered the examples of reasonable level of seismic hazard of infrastructure faci...
Seismic instrumentation of dams and reservoirs sites is accepted today as a valuable tool to underst...
Region-specific seismic hazard analysis was carried out for Krishna Raja Sagara Dam site in Karnatak...
This article presents the results of seismic process studies in the territories adjacent to the esse...
Optimum approach to an engineering-seismological assessment of mastered territories in regions of th...
The work is devoted to define the seismic hazard degree of four dams of Armenia: Azat, Tavshoot, Hal...
Earthquakes may cause failure or profound damage for dams. Factors contributing to this are, magnitu...
To clarify how to arrive at earthquake ground motion parameters for use in evaluating the high rockf...
The paper summarizes the main damage mechanisms suffered by earth dams under both strong earthquakes...
This report presents data relevant to the occurrence of reservoirassociated earthquakes. The...
The integrity of the state and national system of embankment dams and levees is a crucial component ...
The method of seismic safety analysis for earth dam was examined by using actual performances of ear...
The standard problem of engineering geophysics, solved for road and house building and other constru...
The first approximation approach to seismic zoning of the areas adjacent to the Mongolia-Siberian re...