Description
Nanoscale Flow: Advances, Modeling, and Applications provides an in-depth exploration of fluid dynamics at the nanoscale level. This authoritative text, authored by Sarhan M. Musa, bridges the gap between theoretical foundations and practical implementations in nanotechnology.
The book covers essential topics including molecular dynamics simulations, continuum mechanics modifications for small scales, and transport phenomena in confined geometries. Readers will discover how classical fluid mechanics principles require adaptation when applied to nanoscale systems where surface forces and quantum effects become significant.
With emphasis on real-world applications, this resource addresses challenges in microelectronics cooling, biomedical devices, nanofluidic systems, and advanced manufacturing. The modeling approaches presented enable engineers and researchers to design and optimize nanoscale devices effectively. Ideal for graduate students, researchers, and professionals in nanotechnology, materials science, and mechanical engineering.
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