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1. Introduction

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Environmental Silicate Nano-Biocomposites focuses on nano-biocomposites, which are obtained by the association of silicates such as bioclays with biopolymers. By highlighting recent developments and findings, green and biodegradable nano-composites from both renewable and biodegradable polymers are explored.

This includes coverage of potential markets such as packaging, agricultures, leisure and the fast food industry. The knowledge and experience of more than twenty international experts in diverse fields, from chemical and biochemical engineering to applications, is brought together in four different sections covering:.


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By exploring the relationships between the biopolymer structures, the processes, and the final properties Environmental Silicate Nano-Biocomposites explains how to design nano-materials to develop new, valuable, environmentally friendly properties and uses. The combination of fundamental and applied science makes this an ideal reference for a range of readers from students and lecturers to material and polymer scientists and even industrial engineers who are interested in bringing new environmental nano-materials to the current market.

Commercial application of cellulose nano-composites – A review

Luc Averous and Dr. Eric Pollet work on green nano-biocomposites since On this specific topic, they have published more than 25 international papers and 5 book chapters. JavaScript is currently disabled, this site works much better if you enable JavaScript in your browser. In recent years, with the sustained growth of wind energy development worldwide, large size and super large size wind turbine blades with a length more than 70 meter has become the mainstream direction for the development of wind power.

Wind turbine blade has been affected by combined action of multiple external loads in service including bending, compression, tension, etc.

Nano VS Macro Composite

Wind turbine blade material selection should also consider material factors such as workability, density, environmental stability. High performance blade material development model is very important to improve the overall performance of the wind turbine.

Carbon nanotubes CNTs are a kind of tubular one-dimensional nano material with excellent mechanical, electrical, and thermal properties. For example, the introduction of nano fillers can improve the mechanical properties of the composites such as modulus, strength, toughness, and fatigue resistance. This enhanced effect is very difficult or almost impossible to be achieved on the traditional polymer composites.