The stochastic finite element method is an extension of the FEM that considers the
uncertainty of a system that arises through variations in initial conditions, materials or …

We extend a phase-field/gradient damage formulation for cohesive fracture to the dynamic
case. The model is characterized by a regularized fracture energy that is linear in the …

Resource allocation is always a challenge especially in complicate and uncertain
production logistics systems. Production logistics systems, as integrated production and …

Probabilistic fatigue model for cast alloys of aero engine applications | Emerald Insight Books
and journals Case studies Expert Briefings Open Access Publish with us Advanced search …

A hybrid methodology based on numerical and non-destructive experimental schemes,
which is able to predict the structural level strength of composite laminates is proposed on …

Finite element analysis of linear-elastic structures with spatially varying uncertain properties
is addressed within the framework of the interval model of uncertainty. Resorting to a …

This work models spatially uncorrelated (independent) load uncertainty and develops a
reduced-order Monte Carlo stochastic isogeometric method to quantify the effect of the load …

The accuracy of structural analysis in composite structures depends on the proper
estimation of the uncertainties mainly related to the mechanical properties of the constituent …

Generating random fields over irregular geometries (eg, two‐dimensional (2D) manifolds
embedded in the three‐dimensional (3D) Euclidean space) is a great challenge because …

It is important to account for inherent variability in the material properties in the design and
analysis of engineering structures. These properties are typically not homogeneous, but vary …