Multiscale failure simulations of a three-dimensional woven composite repeating unit cell
considering six scales, spanning the woven composite mesoscale to the sub-microscale …

ABSTRACT The NASA Multiscale Analysis Tool (NASMAT) software is examined and
discussed as a platform for multiscale modeling of composites for engineering applications …

View Video Presentation: https://doi. org/10.2514/6.2021-0702. vid Multiscale progressive
failure simulations have been performed for a 3D woven composite considering six length …

A progressive damage model is presented to investigate the damage and failure behaviors
of woven composites. The conformal finite element mesh for the woven composites, used for …

An innovative and efficient progressive damage model, informed by coupon tests, and using
minimal, readily available material parameters, is proposed in this paper to comprehensively …

Multiscale failure simulations have been performed for a Three-dimensional woven
composite unit cell considering five, or more, length scales spanning the woven composite …

Multiscale micromechanics predictions have been made for effective thermal conductivities
and local thermal fields for a novel three-dimensional woven composite thermal protection …

Due to the excellent mechanical properties and strong design flexibility, the 3D woven
composite engine casing shows great potential in high performance fields. This article …

Application of three-dimensional (3D) woven composites is growing as an alternative to the
use of ply-based composite materials. However, the design, analysis, modeling, and …

This work presents a beam element approach for the modeling and high-efficiency
simulation of mechanical properties of 2.5 D woven composite. For the beam element …