Based on the multi-scale progressive homogenization theory, a micromechanical model is
proposed that can predict the plastic deformation of thermoplastic fiber-reinforced …

1. INTRODUCTION The concept of using long lasting polymers for short lived applications
(eg packaging, catering, surgery, hygiene, et.) is becoming increasingly unacceptable; …

Recycling carbon fibers (rCF) for reuse is one approach to improve the sustainability of
CFRP. However, until now, recycled carbon fiber plastics (rCFRP) had limited composite …

Hybrid composites are often made by combining the high and low modulus fibers. The high
modulus fiber, such as Carbon fiber provides the stiffness and load bearing qualities …

In this paper an experimental analysis of the failure of a single layer woven fabric composite
2.5 D G1151/Resin Epoxy through a tensile tests at 0, 45 and 90 is investigated. In addition …

This study is performed to characterize composite material of hybrid carbon glass reinforced
polymer (C/GFRP) of two (2) types; namely balanced cross ply and quasi isotropic subjected …

In the present work, we resolve the multiscale modeling problem of woven composite; we
take into account the texture of woven fabric. The anisotropic muliscale modeling was …

In order to achieve both design adaptability and reduction of cost, there is a need to develop
carbon/glass hybrid composites and evaluate their mechanical properties. This is a major …