Aerodynamic shape optimization is usually a loop of an optimization model, an optimizer
and an evaluation workflow. A new optimizer is proposed and tested for a typical …

In real-life mechanical engineering applications, it is often complex to achieve an optimal
multi-objective design, because of the costs related to fabrication and test of different …

The medical digital twin is emerging as a viable opportunity to provide patient-specific
information useful for treatment, prevention and surgical planning. A bottleneck toward its …

This investigation analyses the 3D performance of two optimal front wing designs according
to the Federation Internationale de l'Automobile 2021 regulations. These regulations imply a …

A common issue in multiphysics analysis regards a reliable way for loose couplings,
because the same object is modeled using different mesh refinements, each one suited for a …

Digital image correlation methods allow the determination of the displacement (and thus the
strain) field of a target by picture comparisons, without the application of strain gauges or …

The paper describes a method to accurately retrieve the fibre/matrix interface stress state
from the motion field of the neutral mid-plane in simply bended and torqued long fibre multi …

Often the employment of the full potentialities of laminated composite materials is restrained
by the scarceness of cost-effective simulation strategies in the design stage. Albeit cheap …

Aviation industry is constantly striving for more efficient design processes in respect to
optimal time, human and computational resources utilization. This implies a need for …

Radial basis functions (RBFs) based mesh morphing allows to adapt the shape of a
computational grid onto a new one by updating the position of all its nodes. Usually nodes …