To develop structure–property relationships for cross-linked thermosetting polymers, it is
crucial to better understand key factors that control their segmental dynamics and …

In this work, we extend an approach to coarse-grained (CG) modeling for polymer melts in
which the conservative potential is parametrized using the iterative Boltzmann inversion (IBI) …

We extend previous systematic investigations of a family of model coarse-grained polymer
network-forming materials by focusing on the influence of varying molecular rigidity on basic …

Cross-linked polymers are widely used in structural, engineering, and biomedical
applications due to their lightweight and superior properties. Although chain bending …

Medical devices often include polymeric components, which contain additives or
contaminants that may leach into patients and pose a health risk. Previously, we proposed a …

Thermoset materials often involve the addition of molecular and nanoparticle additives to
alter various chemo-physical properties of importance in their ultimate applications. The …

Although experiments have shown that photoactive molecules can actuate mechanical and
optical responses in soft materials, previous computational studies of the photoresponsive …

AGNES is a direct geometry chopper-type time-of-flight neutron spectrometer installed at the
cold neutron guide (C3-1-1) of JRR-3 (Tokai, Japan). This instrument is well-suited for …