Wood‐derived cellulose materials obtained by structure‐retaining delignification are
attracting increasing attention due to their excellent mechanical properties and great …

Today's materials research aims at excellent mechanical performance in combination with
advanced functionality. In this regard, great progress has been made in tailoring the …

Wood is a sustainable structural material, but it cannot be easily shaped while maintaining
its mechanical properties. We report a processing strategy that uses cell wall engineering to …

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

Wood-based multifunctional materials with excellent mechanical performance are
increasingly considered for sustainable advanced applications due to their unique …

Wood and natural fibers exhibit an advantageous combination of good mechanics at
comparably low density. Nevertheless, comparing absolute strength and stiffness, wood is …

Carbon fiber reinforcements are applied in timber engineering thanks to their high strength,
but their fossil origin compromises sustainability. Furthermore, applications for which an …

Regarding mechanics, wood is one of the most efficient materials available. Due to its
unique combination of composite and cellular microstructure, it exhibits superb specific …

Wood is one of the renewable building materials which can meet the increased global
demand for sustainable materials. However, the wood-based sector is experiencing …

The effects of molecular weight of PF resin on the deformation behaviour of NaClO 2 treated
resin-impregnated wood during compression were investigated. Blocks of Japanese cedar …