Physical aging is a ubiquitous phenomenon in glassy materials and originates from the fact
that they are generally out-of-equilibrium. Due to the technological and fundamental …

Here we compile literature data for dynamic fragility m for six types of glass forming liquids:
polymers, small molecule organics, hydrogen bonding organics, inorganics, ionic and …

Temperature changes driven by hydration reactions and environmental loading are a
leading cause of thermal cracking in restrained concrete elements. This work describes …

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

We investigate the segmental and local dynamics as well as the transport of Li+ cations in a
series of model poly (ethylene oxide)-based single-ion conductors with varying ion content …

Design of advanced contact lenses (CLs) demands materials that are safe and comfortable
for the wearers and that preserve the normal eye microbiota, avoiding chronic inflammation …

Cross-linking is known to play a pivotal role in the relaxation dynamics and mechanical
properties of thermoset polymers, which are commonly used in structural applications …

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 …

We performed a systematic study on the recoverable enthalpy in several glass-forming
polymers. We found that after prolonged isothermal physical aging the enthalpy reaches a …

The introduction of molecular additives into thermosets often results in changes in their
dynamics and mechanical properties that can have significant ramifications for diverse …