In a probabilistic design approach for cylindrical shells, Gaussian random fields are used to
simulate geometric imperfections. The shape of imperfections depends, among others, on …

Imprecise random fields consider both, aleatory and epistemic uncertainties. In this paper,
spatially varying material parameters representing the constitutive parameters of a damage …

This contribution deals with the uncertainty quantification for applied nonlinear structural
engineering problems, including high stochastic dimensions. A finite element problem with …

Masonry structures have been widely used around the world over centuries, as masonry is
one of the oldest construction materials used by humanity. Understanding its behaviour and …

The quantification and propagation of mixed uncertain material parameters in the context of
solid mechanical finite element simulations is studied. While aleatory uncertainties appear in …