The presence of an economical solution to predict soil behaviour is essential for new
construction areas. This paper aims to investigate the ultimate interpolation method for …

Abstract Fluid-Structure Interaction (FSI) can be investigated by means of non-linear Finite
Element Models (FEM), suitable to capture large deflections of structural parts interacting …

Purpose This paper aims to present a fast and effective approach to tackle complex fluid
structure interaction problems that are relevant for the aeronautical design …

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 …

This paper presents a rapid method for predicting the biaxial fatigue life of automotive
wheels using a combination of proper orthogonal decomposition and radial basis function …

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 …

Fluid structure interaction (FSI) is a complex phenomenon that in several applications
cannot be neglected. Given its complexity and multi-disciplinarity the solution of FSI …

Thin plates are very often employed in a context of large displacements and rotations, for
example, whenever the extreme flexibility of a body can replace the use of complicated …

This paper presents a method of interpolation and regularisation of finite element (FE)
results based on radial basis functions (RBF) capable to upscale at a finer resolution the …