Polymer networks built out of dynamic covalent bonds offer the potential to translate the
control and tunability of chemical reactions to macroscopic physical properties. Under …

Thermosets are polymeric materials that contain permanent networks and thus are difficult to
recycle. They are not reprocessable once cured and often do not degrade under mild …

Epoxy vitrimers have emerged as a new class of self-healing, recyclable, and reprocessable
materials, offering new opportunities to traditional epoxy thermosets by improving life-span …

This Review presents and discusses the current state of the art in “exchangeable liquid
crystalline elastomers”, that is, LCE materials utilizing dynamically cross-linked networks …

Renewable and sustainable thermosets with thermo-mechanical properties that are
equivalent to, or better than, those of petroleum-derived commercial incumbents are …

Vitrimers are functional cross-linked materials, exhibiting reprocessability, recyclability, and
healability, and thus these are expected for application as sustainable materials. The …

Efficient transformation of renewable resources and the production of high performance
polymers through a simple and environmentally friendly method remains a great challenge …

We implement a hybrid molecular dynamics/Monte Carlo simulation to study the microscopic
dynamics and the macroscopic rheology of vitrimers with a fast bond exchange rate. We …

Transparent wood (TW) has shown great potential in various functional applications,
including light, thermal, electromagnetic, and energy management fields. Despite significant …

Dynamic networks which undergo topology conserving exchange reactions, sometimes
called vitrimers, show properties intermediate to thermosets and thermoplastics. The …