A smoothed inverse finite element method (iFEM (s)) is developed by coupling the inverse
finite element method (iFEM) and the smoothing element analysis (SEA) for real-time …

This research is devoted to investigate the bending and free vibration behaviour of
laminated composite/sandwich plates and shells, by applying an analytical model based on …

A systematic literature review on numerical strategies suitable to simulate defects and
discontinuities in layered and sandwich structures is presented here. Particular care is given …

In this study, the inverse finite element method (iFEM) is experimentally applied to real-time
displacement reconstruction of a moderately thick wing-shaped sandwich structure via a …

In this study, damage evolution in glass/carbon fiber hybrid composites with various stacking
sequences is investigated under pure bending and tensile loading conditions. Based on the …

Real-time reconstruction of displacement field from a network of discrete strain sensors is
referred to as “shape (deformation) sensing” for which inverse finite element method (iFEM) …

Full-field displacement reconstruction, which uses a few strain sensors for obtaining real-
time surface strain as the input data of the monitoring system, is a crucial technology to …

This study presents a novel multiscale modeling strategy by combining the parametric high
fidelity generalized method of cells (HFGMC) micromechanical model and isogeometric …

An accurate and effective reconstruction method, which is commonly known as “shape
sensing”, is presented for real-time reconstructing the deformation field of multilayered …

In this study, a novel multiscale analysis technique is presented for predicting the
mechanical behavior of 3D woven composites. To this end, the model of the representative …