The assessment of nanocomposite mechanical properties is a challenging task. Due to their hierarchical structure, which spans from nano to macro length-scales, a different way of thinking from traditional approaches is needed to account for the characteristic phenomena of each length-scale and bridge their effects from the smaller scale to the macroscale. In the present work, some important issues of nanocomposite modelling are discussed. Then, a classification of the available modelling strategies is proposed, according to the scale from which the problem is addressed. This comprehensive analysis is thought as a necessary tool for the development of new effective approaches
ABSTRACT: Recently, it has become very important to rapidly characterize the processing-structure-pr...
A comparison between the elastic modulus of carbon nanotube (CNT) polymer nano composites predicted ...
A molecular dynamics approach based on a small-deformation mechanical response has been extended fro...
This paper presents a critical review of the current work of experiment, theory of micro-nano-mechan...
Composite and nanocomposite materials have the potential to provide significant increases in specifi...
Nanocomposites hierarchical structure, ranging from nano to macro length-scales, urges to account fo...
Abstract. A review of modeling techniques for predicting the mechanical behavior of polymer nanocomp...
Some of the most important industries, such as aerospace, automotive, among others, have stipulated ...
A special mechanics/material phenomenon involving nanocomposites is the agglomeration of nanofillers...
The addition of minor amounts of fillers that have characteristic dimensions on the nanometer length...
The mechanical properties of nano-structured materials are important field of exploration in the fie...
AbstractNanocomposites hierarchical structure, ranging from nano to macro length-scales, urges to ac...
The embedding of nanofillers into lightweight polymer composites leads to a significant enhancement ...
Nanocomposite materials hold the power to revitalize and revolutionize the field of composit...
Graduation date: 2017Access restricted to the OSU Community, at author's request, from June 29, 2016...
ABSTRACT: Recently, it has become very important to rapidly characterize the processing-structure-pr...
A comparison between the elastic modulus of carbon nanotube (CNT) polymer nano composites predicted ...
A molecular dynamics approach based on a small-deformation mechanical response has been extended fro...
This paper presents a critical review of the current work of experiment, theory of micro-nano-mechan...
Composite and nanocomposite materials have the potential to provide significant increases in specifi...
Nanocomposites hierarchical structure, ranging from nano to macro length-scales, urges to account fo...
Abstract. A review of modeling techniques for predicting the mechanical behavior of polymer nanocomp...
Some of the most important industries, such as aerospace, automotive, among others, have stipulated ...
A special mechanics/material phenomenon involving nanocomposites is the agglomeration of nanofillers...
The addition of minor amounts of fillers that have characteristic dimensions on the nanometer length...
The mechanical properties of nano-structured materials are important field of exploration in the fie...
AbstractNanocomposites hierarchical structure, ranging from nano to macro length-scales, urges to ac...
The embedding of nanofillers into lightweight polymer composites leads to a significant enhancement ...
Nanocomposite materials hold the power to revitalize and revolutionize the field of composit...
Graduation date: 2017Access restricted to the OSU Community, at author's request, from June 29, 2016...
ABSTRACT: Recently, it has become very important to rapidly characterize the processing-structure-pr...
A comparison between the elastic modulus of carbon nanotube (CNT) polymer nano composites predicted ...
A molecular dynamics approach based on a small-deformation mechanical response has been extended fro...