Advanced Composites of Nanomaterials and Their Applications

Materials serve as the fundamental components of both natural and man-made structuresStructure. The pursuit of enhanced structuralStructural efficiencyEfficiency and performancePerformance has driven the emergence of new materials. The advancement of manufacturing platforms and innovative interfaceInterface engineering technologies has become instrumental in propelling the fieldField of compositeComposite science into a new era. CompositesComposite are formed by combining contrary materials to create a new material with a varied range of required propertiesProperties and have the potential to achieve multifunctionality. Among these, nanocompositesNanocomposite have garnered significant interest because of their improved dimensional stability, mechanical propertiesMechanical properties, electricalElectrical conductivityConductivity, and thermalThermal/chemical resistanceChemical resistance. Moreover, the eco-friendlyEco-friendly nature of nanocompositesNanocomposite opens up new technological and business opportunities across various sectors, including aerospaceAerospace, automotive, electronicsElectronic, and biotechnology. The ultimate goal of advanced compositesComposite is to seamlessly integrate materials, manufacturing techniques, and engineering aspects to unlock their full potential. This chapter summarizes the types and applicationsApplication of advanced composites of nanomaterialsComposite nanomaterials, along with a discussion on recent advances and their future aspects.