Nano Scaled Structural Problems: Static and Dynamic Behaviors

Nano Scaled Structural Problems: Static and Dynamic Behaviors presents a comprehensive treatment of theoretical concepts, experimental ideas, computational methods, and the complicating effects of static and dynamical behaviors in nanostructures. A timely addition to the field, this resource summarizes the state-of-the-art in the field of structural static and dynamic problems of nanomaterials and also covers structural damping and vibration control in nanoscale scenarios. This edited collection brings together top experts to cover this topic in one resource on a subject mostly covered by a variety of journal and review articles.

This book:

• Features a broad overview of static and dynamic behaviors of nanoscaled structural problems
• Presents computationally efficient methods and experimental ideas to understand the static and dynamical behaviors of nanostructures
• Addresses structural damping and vibration control in nanoscale scenario
• Includes viscosity measurement for pico-liter liquid volumes, multiscale modeling, and molecular dynamic simulations
• Investigates dynamical behaviors of nanostructural members with complicating effect

Researchers, undergraduate students, and graduate students as well as industry professionals will find this edited collection useful. The book may also be used for teaching classical and advanced nanostructural static and dynamics concepts to students and researchers.