Wood as an ecofriendly and renewable natural material has been extensively modified
through various delignification protocols to preserve its natural structure and fiber direction …

The hierarchical, porous, and macromolecular structures of woods provide opportunities for
them to be modified and processed into structural, functional, and multi-functional materials …

Develo** a high-strength, flame-resistant structural material derived from wood is
desirable for advanced applications in the transportation, construction, automotive, and …

Natural wood has been physically or chemically modified to create new hierarchical
structures for vast applications. We report herein the facile methods to synthesize porous …

For develo** novel fully biological materials, a central question is how we can utilize
natural components in combination with biomimetic strategies in ways that both allow …

Delignified wood (DW) represents a promising bio-based fibrous material as a reinforcing
component in high-performance composites. These cellulose composites possess excellent …

Wood has great potential to become a key material for future bio-economy, thanks especially
to its intrinsic renewability and CO2-storing capacity. Improved functionalization treatments …

The need for renewable bio-based materials that could replace well-established synthetic
composite materials is rapidly growing. For example, bio-based materials are increasingly …

In this study, an ultra-high-strength compressed wood-epoxy polymer composite (CWEPC)
was prepared by selective compression followed by epoxy monomer impregnation. Results …

Mildly delignified softwood holocellulose fibers featuring native tracheid fiber cell wall
structure and high hemicellulose content are prominent building blocks for wood derived …