Nanomechanics and Materials: Theory, Multi-scale Methods, and Applications

Author: Liao Rongjin
Publisher:
Publish Date: 2007-01-01
Features: Revolutionary advancements have been made in the synthesis and analysis of nanomaterial properties, with wide applications in biomedical, mechanical, electronic, precision materials, and military engineering fields. Nanomechanics is the discipline that studies and describes the mechanical behavior characteristics of individual atoms, systems, and structures under various loading conditions, and its development has driven the progress of this technology. In particular, multi-scale modeling methods enable engineers in this field to better understand micro-nano materials. This book is written by seasoned experts in the field, introducing the fundamental concepts of nanomechanics and materials, with a focus on multi-scale modeling methods and techniques. The book covers topics such as molecular mechanics fundamentals, particle systems, lattice mechanics, and modern multi-scale modeling theories. It serves as a comprehensive guide for electronic engineers and material researchers in related fields to develop micro-nano material applications, while also serving as a reference for graduate students specializing in micro-nano mechanics and micro-nano technology.