The complex behavior of inelastic woven composites stems primarily from their inherent
heterogeneity. Achieving accurate predictions of their linear and nonlinear responses, while …

Fiber reinforced thermoplastic polymer composites have gained a lot of attention over the
past two decades, due to their excellent mechanical performance and their lightweight …

In the present paper, a two-scale FE 2 technique based on periodic homogenization theory
is investigated to predict the macroscopic non-linear behavior of polymer matrix composite …

Auxetic structures, known for their negative Poisson's ratio, exhibit effective elastic properties
heavily influenced by their underlying geometry and base material properties. While periodic …

In this study, we propose an efficient homogenization model based on the fast Fourier
transform (FFT) method and artificial neural network (ANN) models to predict the multiscale …

Interlaminar toughening for metal-polymer interfaces in woven lay-up Fiber Metal Laminates
(w-FMLs) is a critical concern, demanding isotropic mechanics and higher energy …

Despite the existence of computationally efficient tools, the effort for parametric
investigations is currently high in industry. In this paper, within the context of Li-Ion batteries …

Abstract Short Fiber Reinforced Thermoplastics (SFRTs) like PA66GF composites are highly
heterogeneous materials with a rather complex microstructure such that the characterization …

Digital Twinning (DT) has become a main instrument for Industry 4.0 and the digital
transformation of manufacturing and industrial processes. In this statement paper, we …

This research studies the tribological capabilities of copper-based self-lubricating hybrid
composites with different weights of graphite (Gr) and B4C reinforcements developed by the …