To study the dynamics of a single fiber tensile break within an S-Glass/epoxy composite and
the associated effects of stress wave propagation in the fibers, interface and matrix, a 3D …

In a unidirectional composite under static tensile loading, breaking of a fiber is shown to be a
locally dynamic process, leading to stress concentrations in the matrix and neighboring …

The development of low temperature curing systems has become a major objective in
thermoset technologies for both environmental and economic reasons. The use of protic and …

Recently, a variety of reversible chemical bonds are incorporated into thermoset polymers to
design stimuli-responsive materials. Light-triggered dynamic network is advantageous since …

Hybrid organic/inorganic hyper-cross-linked membranes based on imides covalently
bonded with polyhedral oligomeric silsesquioxanes (POSS) have recently been developed …

The mechanical properties of epoxy resin cured by tertiary amine initiated ring‐open
reaction were investigated. Special curing procedures that first at 130° C for different times …

The material behavior of the API‐60 epoxy resin was investigated using atomistic molecular
dynamics simulations. In this study, a hybrid, reactive force field (M‐GAFF2), which …

A method is demonstrated for obtaining high glass transition temperature (Tg) plastically
deformable crosslinked polymer systems by manipulating the network topology of epoxy …