10: Size Confinement and Scaling Laws Check Access

Chapter 10 delves into the unique properties of nanostructures resulting from their small size and the interplay between confinement and scaling effects. This examination is undertaken from both a continuum and molecular viewpoint. Emphasizing the role of geometry, the chapter provides insight into how these scaling laws affect nanomaterial mechanics and composites. It further explores the phenomena resulting from skin-depth effects, the influence of surface tension on nanoscale objects, and the implications of Brownian motion for small particles. The discussion culminates with an outlook on the applications of nanomaterials in diverse sectors such as energy, manufacturing, and health.