This book investigates the main elements of aviation devices, their functional characteristics and areas of application. It analyzes advanced materials used in the aviation industry, including composites, high-temperature alloys and nanomaterials. It is noted that these materials have high performance in terms of mechanical strength, thermal stability and corrosion resistance, and other issues. In addition, the main components of avionics are covered. In particular, flight control systems, sensor technologies, data transmission networks and artificial intelligence-based diagnostic systems are discussed. Nanoelectronics and advanced semiconductor technologies have shown the capabilities of intelligent control and autonomous operation of aviation devices. This book shows the integration between materials and electronic systems used in aviation devices, and this integration is one of the main development directions of the modern aviation industry.
Introduction to Aviation Technology.- Nano and Microtechnology in Aviation.- Metal and alloys in aviation.- Nanocarbon Materials in Aerospace Electronics and Avionics:
Graphene and CNTs.- Nanocomposite Materials.- Nano and Micro Ceramic Coating.- Electronic Components in Aviation.- Sensors and Aviation Control systems.- Radiation and Electromagnetic Resistant Materials.- Hybrid Electric Power Systems: A Sustainable Future for Aviation.- Fuel Cells and Hydrogen Technologies.- Fuels and Environmental Sustainability in Aviation.- Artificial Intelligence and Renewable Energy Integration in Aircraft Power Systems.- Graphene-Enabled UAV Platforms for Dual Fog Dispersal and Ice Protection in Airport Operations.- 3D Printing and Adaptive Materials in Aviation.
R.G. Abaszade, Ph.D., is an Associate Professor at Azerbaijan State Oil and Industry University. In 2019, he created the "Innovation research" department at the International Academy of Ecoenergetics, and continues to research the analysis and applications of nanomaterials. His research activities are carried out in the framework of cooperation with the scientific centers of the USA, Germany, Belarus, Kazakhstan, Turkey, Russia, Ukraine, Hungary, England, China, and Italy. Together with his research group, he is engaged in complex works related to the acquisition, addition and analysis of graphene-based samples.
