This manuscript investigates compression-after-impact failure in woven fiber-reinforced
composites. Compression failure of composite structures previously damaged by an impact …

A nonlocality-based homogenization method and a corresponding framework for calibration
of its nonlocal parameters are proposed for periodic metamaterials. The calibration of …

The influence of layer structure and resin rich (polyester veil cloth) layers which were used
for enhancement of interfacial bond adhesion on the compression after impact response of …

The physics of spatial material randomness in CFRP composites is incorporated in a
concurrent multiscale modeling framework. A sampling based non-intrusive approach is …

This manuscript presents a multiscale stochastic failure modeling approach for fiber
reinforced composites. A homogenization based reduced-order multiscale computational …

This manuscript presents an experimental and computational study of progressive damage
accumulation in carbon fiber reinforced polymers. A series of monotonic tension …

In this manuscript, an eigenstrain based reduced order homogenization method is
developed for polycrystalline materials. A two-scale asymptotic analysis is used to …

This paper develops a parametrically homogenized continuum damage mechanics
(PHCDM) model for multiscale analysis of damage and failure in composite structures with …

This manuscript presents a new reduced order computational homogenization method for
failure analysis of composite materials. The proposed approach relies on the discrete …

This paper presents the results from the authors' participation in the Air Force Research
Laboratory's Damage Tolerance Design Principles Program. The Eigendeformation-based …