Molecular dynamics (MD) simulation is an important tool for predicting thermo-mechanical
properties of polymer resins at the nanometer length scale, which is particularly important for …

Generating simulation-ready molecular models for the LAMMPS molecular dynamics (MD)
simulation software package is a difficult task and impedes the more widespread and …

To reconcile the contradiction between the improvement of carbon fiber reinforced resin
matrix (CFRP) composite performance and the increase of manufacturing cost, this paper …

Elium-based thermoplastic composites are a key material for future use in the marine, wind
energy, and automotive industries because of their recyclability and ease of manufacture. To …

Uncontrolled curing-induced residual stress is a significant limitation to the efficient design of
thermoset composite structures, and a sufficiently high post-cure stress state can …

This study focused on determining the curing kinetic parameters of amine‐epoxy resin by
performing dynamic DSC tests. The Kissinger and Crane equations were used to determine …

Material extrusion additive manufacturing enables the rapid fabrication of complex structures
for a wide range of applications, including within the aerospace and healthcare sectors …

It is well-known that all-atom molecular dynamics (MD) predictions of mechanical properties
of thermoset resins suffer from multiple accuracy issues associated with their viscoelastic …

This paper demonstrated the benefits of thin plies for enhancing the flexural response of
conventional composites at elevated temperatures. Two types of carbon fabrics ie, traditional …

Polyether ether ketone (PEEK) is a semicrystalline thermoplastic that is used in high-
performance composites for a wide range of applications. Because the crystalline phase has …