2D-Based Nanofluids: Materials Evaluation and Performance

Resultado de la investigaciónrevisión exhaustiva

Resumen

Advancement in technology demands the successful utilization of energy and its management in a greater extent. Thermal energy management plays a crucial role from high-payload electrical instruments to ultra-small electronic circuitries. The advent of nanofluids that happened in the 1990s successfully addressed the low thermal efficiency of conventional fluids in a significant manner. The ground-breaking report on the concept of “nanofluids for thermal management” led to the development of numerous thermal fluids using nanofillers of ceramics, metals, semiconductors, various carbon nanostructures, and composite materials. Later, demonstration of two-dimensional (2D) nanomaterials and their successful bulk synthesis led to the development of highly efficient fluids with even very low filler fractions. Introduction of 2D materials into fluids also brought out the multifunctional aspects of fluids by using them in tribology. In this chapter, we narrate the advances in thermal nanofluids and the development of novel fluids with the discovery graphene. Multifunctional aspects of these fluids are discussed here. To support the experimental observation, a theoretical platform is discussed and its predictions are correlated on the basis of existing data. The chapter has been concluded with a brief discussion on futuristic aspects of nanofluids in reallife applications. This chapter aims to focus on the description of the thermal transport, tribological behavior, and aspects that involve the use of 2D-based nanofluids, from various 2D nanostructures such ash-BN, MoS2, WS2, graphene, among others. The homogeneous nanoparticle distribution within
Idioma originalEnglish
Título de la publicación alojadaTwo-dimensional Materials - Synthesis, Characterization and Potential Applications
EditoresPramoda Kumar Nayak
Lugar de publicaciónCroatia
EditorialInTech
Capítulo8
Páginas153 - 198
Número de páginas46
Edición1
ISBN (versión digital)978-953-51-2555-6
ISBN (versión impresa)978-953-51-2554-9
DOI
EstadoPublished - 31 ago 2016

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