Material extrusion additive manufacturing enables the rapid fabrication of complex structures
for a wide range of applications, including within the aerospace and healthcare sectors …

This work proposed the use of the Carrera Unified Formulation (CUF) for the vibration and
buckling analysis of structures subjected to thermal loads. In detail, the variation of natural …

This study presents a data-driven, probability embedded approach for the failure prediction
of IM7/8552 unidirectional carbon fibre reinforced polymer (CFRP) composite materials …

The behaviour of materials at the microscale is generally considered the main driver for the
macroscopic response. However, it is still a great challenge in terms of computational cost …

This work investigates the effect of voids within the matrix of composite materials. Effects on
local stress and plastic strain values are evaluated by conducting a micromechanical …

This paper proposes a numerical approach for predicting residual stresses induced during
the additive manufacturing (AM) of polymer composites and their effect on the deformation …

In order to avoid the adverse effects of structural damage caused by stress concentration,
the optimization problem considering stress constraints is very important in structural design …

This study for the first time develops a coherent and efficient bottom-up stochastic multiscale
modeling approach, which aims at revealing the impact of microvoids on the mechanical …

This study utilized synchrotron radiation X-ray computed tomography to investigate the
initiation and propagation of microcracks in cross-ply carbon fiber-reinforced polymer …

This work presents results of numerical simulations to investigate the effect of different void
percentages on composite materials' Coefficient of Thermal Expansion (CTE) and local …