A bottom‐up, multiscale modeling approach is presented to carry out high‐fidelity virtual
mechanical tests of composite materials and structures. The strategy begins with the in situ …

Three-dimensional (3D) braided composites with high specific energy absorption behavior
and excellent fatigue performances are widely used in structures under cycle or impact load …

Structural materials, typically based on metal, have been gradually substituted by high-
performance composites based on carbon fibers, embedded in a polymer matrix, due to their …

A representative volume cell (RVC) is chosen to analyze the progressive damage behavior
of 3D four-directional braided composites with large braid angle subjected to uniaxial …

This article proposes a fully three-dimensional finite element model, developed at the meso-
scale level, to predict the progressive damage behavior of a single-layer triaxially braided …

This study focuses on the description of damage and failure behaviour of triaxial braided
carbon/epoxy composites under tension. The tensile tests were instrumented with optical …

The potential of computational micromechanics to predict the failure locus of a unidirectional
C/PEEK composite subjected to transverse compression and longitudinal shear was …

A more efficient multiscale coupling method is developed to study the progressive damage
behavior of three dimensional (3D) braided composite beam. In the mesoscale, the fast …

The woven composite twisted structure under cantilever load is studied using experimental
and multiscale numerical methods. The uncertain geometry parameters inside the twisted …

Multi-beamforming is an important requirement for broadband space imaging applications
based on dense aperture arrays (AAs). Usually, the discrete Fourier transform is the …