Stochastic seepage and slope stability analysis using vine-copula based multivariate random field approach: Consideration to non-Gaussian spatial and cross-dependence structure of hydraulic parameters

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Stochastic seepage and slope stability analysis using vine-copula based multivariate random field approach: Consideration to non-Gaussian spatial and cross-dependence structure of hydraulic parameters

Cited by 12 publications

References 67 publications

A comparative study of strength reduction and gravity increase methods considering random fields in slope stability analysis

A comparative study of strength reduction and gravity increase methods considering random fields in slope stability analysis

Constructing a new irrigation model for desert riparian forests based on response of canopy EVI loss and tree rings growth to groundwater fluctuation

Constructing multivariate distribution of rainfall characteristics: A Bayesian vine algorithm

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