Modeling multivariate cross-correlated random fields plays an important role in reliability
analysis of geotechnical systems. The cross-correlation among random fields is commonly …

Permanent sliding displacement is a parameter that is used widely to evaluate the seismic
performance of earthen slopes, and the inherent variability of soil strength parameters is …

Performance-based earthquake engineering (PBEE) is an advanced philosophy for the
design, assessment, and decision-making of structures under seismic hazards. Improving …

Abstract The Johnson-Cook (JC) model, including a constitutive model and a failure
criterion, is an empirical model that is widely used in various fields to implement large …

Characterizing probability distributions of geotechnical data plays an important role in data-
centric geotechnics. On the one hand, geotechnical data are Multivariate, Uncertain, and …

Loess properties play a crucial role in design and analysis of geotechnical and geological
engineering projects, particularly in linear projects, such as subways that are constructed on …

Various predictive models for the seismically-induced displacement (D) of flexible slopes
during shallow crustal earthquakes are available in the literature, but the model-to-model …

Conventional semiempirical predictive models for seismically induced slope displacement
(D) are generally developed based on as-recorded orthogonal ground motion components …

Correlation coefficients for 5%‐damped spectral accelerations (SAs) of horizontal ground‐
motion components have been extensively studied and applied in probabilistic seismic …

Coastal civil infrastructure can be susceptible to damages caused by hurricanes throughout
its service life. Vulnerability assessment is a key component in hazard risk management of …