This report presents the results of the author's research on the dilution of water-saturated cohesive soils in the conditions of concussions. The nature of the weakening of the soil connectivity during vibration and the dynamic pressure that occurs in the thickness during the compaction of the disturbed soil structures, which contribute to the liquefaction and spreading of the soil from the body of the structure, is described. The criterion of the possibility of violation of the soil structure in the conditions of concussions is given. A theoretical method for determining this important indicator of the seismic strength of the soil is given
In order to study in depth the impact of vibration on the strength characteristics of clay soils, as...
Earthquake-induced liquefaction causes extensive damage to infrastructure. Soil liquefaction-induced...
This General Report is addressed to resume and comment 32 papers mostly dealing with the characteriz...
This report presents the results of the author's research on the dilution of water-saturated cohesiv...
The construction of buildings and structures in seismically hazardous areas is closely connected wit...
Design of geotechnical engineering problems that involve dynamic loading of soils and soil-structure...
Seismic loading reduces the bearing capacity of soils and large settlement can occur. These effects ...
Ground dams as it is well known have a complex geometry and physical non-uniformity. Dams with inner...
Earthquake induced liquefaction is a major concern for earth dam safety in seismically active region...
Based on the analysis of the results of field experiments, recommendations were developed on increas...
This paper proposes a framework for screening and evaluating seismic performance of river earth emba...
The paper studies the seismic behaviour of an existing homogeneous earth dam using a fully coupled f...
Abstract: Seismic performance evaluations of tailings dams are essential for characterizing the geo-...
A further development of the Added-Mass-Method allows the combined representation of the effects of ...
Liquefaction is one of the main topics of seismic geotechnics. The effects of liquefaction on struct...
In order to study in depth the impact of vibration on the strength characteristics of clay soils, as...
Earthquake-induced liquefaction causes extensive damage to infrastructure. Soil liquefaction-induced...
This General Report is addressed to resume and comment 32 papers mostly dealing with the characteriz...
This report presents the results of the author's research on the dilution of water-saturated cohesiv...
The construction of buildings and structures in seismically hazardous areas is closely connected wit...
Design of geotechnical engineering problems that involve dynamic loading of soils and soil-structure...
Seismic loading reduces the bearing capacity of soils and large settlement can occur. These effects ...
Ground dams as it is well known have a complex geometry and physical non-uniformity. Dams with inner...
Earthquake induced liquefaction is a major concern for earth dam safety in seismically active region...
Based on the analysis of the results of field experiments, recommendations were developed on increas...
This paper proposes a framework for screening and evaluating seismic performance of river earth emba...
The paper studies the seismic behaviour of an existing homogeneous earth dam using a fully coupled f...
Abstract: Seismic performance evaluations of tailings dams are essential for characterizing the geo-...
A further development of the Added-Mass-Method allows the combined representation of the effects of ...
Liquefaction is one of the main topics of seismic geotechnics. The effects of liquefaction on struct...
In order to study in depth the impact of vibration on the strength characteristics of clay soils, as...
Earthquake-induced liquefaction causes extensive damage to infrastructure. Soil liquefaction-induced...
This General Report is addressed to resume and comment 32 papers mostly dealing with the characteriz...