Modern Machining Processes and Techniques for Aerospace Materials

Advanced industries such as aerospace, marine, automobile, and chemical engineering require advanced materials, which in turn require highly specialized and complex methods. So, the machining of advanced materials such as super alloys, composites, and die steels is a very challenging task and requires very precise and complex shape profiles, which may not easily be obtained by using conventional machining processes. Modern machining processes offer the ability to surmount these...
More Description

Advanced industries such as aerospace, marine, automobile, and chemical engineering require advanced materials, which in turn require highly specialized and complex methods. So, the machining of advanced materials such as super alloys, composites, and die steels is a very challenging task and requires very precise and complex shape profiles, which may not easily be obtained by using conventional machining processes. Modern machining processes offer the ability to surmount these challenges, though they must be thoroughly studied to reap the most benefits. Modern Machining Processes and Techniques for Aerospace Materials is a collection of innovative research that presents the recent developments of hybrid machining processes and their application on aerospace alloys and metals and examines necessary machining processes for manufacturing aerospace parts and components on various aerospace materials. The content within this publication examines nano-machining, electrochemical machining, and other hybrid machining processes. It is ideally designed for engineers, programmers, entrepreneurs, academicians, researchers, and students.