Inspired by the layered aragonite platelet/nanofibrillar chitin/protein ternary structure and integration of extraordinary strength and toughness of natural nacre, artificial nacre based on clay platelet/nanofibrillar cellulose/poly(vinyl alcohol) is constructed through an evaporation-induced self-assembly technique. The synergistic toughening effect from clay platelets and nanofibrillar cellulose is successfully demonstrated. The artificial nacre achieves an excellent balance of strength and toughness and a fatigue-resistant property, superior to natural nacre and other conventional layered clay/polymer binary composites
Natural nacre with superior mechanical property is generally attributed to the layered “brick-and-mo...
Biomimetics constitutes an attractive strategy for the development of new functional materials in a ...
The creation of structural composites with combined strength, toughness, low density, and biocompati...
Nacre continues to be an inspiration for the fabrication of strong and tough materials from renewabl...
Due to hierarchical organization of micro- and nanostructures, natural nacre exhibits extraordinary ...
Inspired by the nacre, we demonstrated the integrated ternary artificial nacre nanocomposites throug...
In this study, we prepare thick nacre-like polymer clay nanocomposite films by a simple solution cas...
Abstract: Nature fabricates materials with properties that are difficult to reproduce with manmade c...
| openaire: EC/FP7/291364/EU//MIMEFUNNacre inspires researchers by combining stiffness with toughnes...
Biological materials such as nacre, bone and crustaceans fascinate us with their synergistic combina...
Natural materials such as nacre or wood gain their exceptional mechanical performances from the prec...
Natural nacre has an ordered layered structure made of mainly inorganic calcium carbonate platelets ...
The structure and the toughening mechanism of nacre have been the subject of intensive research over...
Nacre is a technologically remarkable organic-inorganic composite biomaterial. It consists of an ord...
Nacre is a technologically remarkable organic-inorganic composite biomaterial. It consists of an ord...
Natural nacre with superior mechanical property is generally attributed to the layered “brick-and-mo...
Biomimetics constitutes an attractive strategy for the development of new functional materials in a ...
The creation of structural composites with combined strength, toughness, low density, and biocompati...
Nacre continues to be an inspiration for the fabrication of strong and tough materials from renewabl...
Due to hierarchical organization of micro- and nanostructures, natural nacre exhibits extraordinary ...
Inspired by the nacre, we demonstrated the integrated ternary artificial nacre nanocomposites throug...
In this study, we prepare thick nacre-like polymer clay nanocomposite films by a simple solution cas...
Abstract: Nature fabricates materials with properties that are difficult to reproduce with manmade c...
| openaire: EC/FP7/291364/EU//MIMEFUNNacre inspires researchers by combining stiffness with toughnes...
Biological materials such as nacre, bone and crustaceans fascinate us with their synergistic combina...
Natural materials such as nacre or wood gain their exceptional mechanical performances from the prec...
Natural nacre has an ordered layered structure made of mainly inorganic calcium carbonate platelets ...
The structure and the toughening mechanism of nacre have been the subject of intensive research over...
Nacre is a technologically remarkable organic-inorganic composite biomaterial. It consists of an ord...
Nacre is a technologically remarkable organic-inorganic composite biomaterial. It consists of an ord...
Natural nacre with superior mechanical property is generally attributed to the layered “brick-and-mo...
Biomimetics constitutes an attractive strategy for the development of new functional materials in a ...
The creation of structural composites with combined strength, toughness, low density, and biocompati...