Deterministic seismic liquefaction assessments are often based on conservative assumptions regarding both the induced cyclic stresses and the potential earthquake magnitudes that contribute to hazard. The main limitations of the “simplified” approach are: (1) induced stresses computed using a simplified method; (2) earthquake defined in terms of single PGA and magnitude; and (3) soil resistance estimated from uncertain correlations. In reality, induced stresses strongly depend on soil properties and induced accelerations could be caused by different magnitude events. Furthermore, dealing with uncertainty in a deterministic manner can lead to additional conservatism
This paper presents a complete methodology for both probabilistic and deterministic assessment of se...
Soil liquefaction is one of the most important and complex seismic geotechnical and engineering topi...
An improved analytical method to calculate the likelihood of soil liquefaction is described. The met...
Deterministic seismic liquefaction assessments are often based on conservative assumptions regarding...
This paper presents new correlations for assessment of the likelihood of initiation (or “triggering”...
Probabilistic and deterministic seismic soil liquefaction triggering methodologies are proposed in C...
Liquefaction assessments are commonly undertaken by geotechnical engineers using a deterministic ap...
The liquefaction potential index (LPI) has increasingly been used for assessing liquefaction hazards...
Evaluation of liquefaction susceptibility is affected by different sources of uncertainties. These u...
The current simplified methods for assessing soil liquefaction potential use a deterministic safety ...
Low velocity surface layers can significantly increase ground accelerations during earthquakes. When...
The Youd etal liquefaction resistance curves developed in 2001 to characterize the cyclic resistance...
In an effort to evaluate earthquake liquefaction potential of soil media, several statistical models...
For seismic soil liquefaction triggering and performance assessments, durational effects in field-ba...
This paper presents a complete methodology for both probabilistic and deterministic assessment of se...
This paper presents a complete methodology for both probabilistic and deterministic assessment of se...
Soil liquefaction is one of the most important and complex seismic geotechnical and engineering topi...
An improved analytical method to calculate the likelihood of soil liquefaction is described. The met...
Deterministic seismic liquefaction assessments are often based on conservative assumptions regarding...
This paper presents new correlations for assessment of the likelihood of initiation (or “triggering”...
Probabilistic and deterministic seismic soil liquefaction triggering methodologies are proposed in C...
Liquefaction assessments are commonly undertaken by geotechnical engineers using a deterministic ap...
The liquefaction potential index (LPI) has increasingly been used for assessing liquefaction hazards...
Evaluation of liquefaction susceptibility is affected by different sources of uncertainties. These u...
The current simplified methods for assessing soil liquefaction potential use a deterministic safety ...
Low velocity surface layers can significantly increase ground accelerations during earthquakes. When...
The Youd etal liquefaction resistance curves developed in 2001 to characterize the cyclic resistance...
In an effort to evaluate earthquake liquefaction potential of soil media, several statistical models...
For seismic soil liquefaction triggering and performance assessments, durational effects in field-ba...
This paper presents a complete methodology for both probabilistic and deterministic assessment of se...
This paper presents a complete methodology for both probabilistic and deterministic assessment of se...
Soil liquefaction is one of the most important and complex seismic geotechnical and engineering topi...
An improved analytical method to calculate the likelihood of soil liquefaction is described. The met...