Through years of evolution, biological soft fibrous tissues have developed remarkable
functional properties, unique hierarchical architectures, and-most notably, an unparalleled …

Inspired by nacre's sophisticated “brick-and-mortar” structure, multilayered polyether amine
(PEA)/graphene oxide (GO) hybrid building blocks were incorporated onto the surface of …

The fiber–matrix interphase governs the performance of composites. Herein, porous
graphene oxide (prGO) was innovatively employed as active nanoscale reinforcement for …

In this paper, an innovative concept of alternating distributed large and small amounts of
CNT/polyether amine coating is proposed to be wrapped around the carbon fiber via …

Interphase with nacre‐like structured multilayer is constructed by alternatively depositing two
polymers, respectively “rigid” polydopamine (PDA) and “flexible” polyether amine, on carbon …

Conventional carbon fiber reinforced polymer composites are in urgent need to meet the
increasing demand for simultaneously strong and tough to be applied as primary force …

Achieving a balance between strength and toughness is a vital requirement for the
development of high-performance fiber-reinforced composites. Inspired by nature, this study …

The demand for both strength and toughness is perpetual in fiber-reinforced composites.
Unfortunately, both properties are often mutually exclusive. As the mechanical properties of …

In soft tissue repair, fibrosis can lead to repair failure and long‐term chronic pain in patients.
Excessive mechanical stimulation of fibroblasts is one of the causes of fibrosis during …

The rigidity and low strain-to-failure of the phenolic impregnated carbon ablator seriously
restrict the application of this state-of-the-art thermal protection material. In this study, to …