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Modern Joining Methods: Case Studies in Aerospace, Automotive, and Sustainability
Abstract
In recent years, incorporation of high technology welding processes to fabricate lightweight materials and structures for aerospace vehicles has posed more challenges in engineering design. This chapter also aims at elucidating the various approaches to bonding such materials, challenges that are faced when bonding lightweight materials like aluminum alloys, titanium, and composites, which are critical to the aviation industry's search for higher performance, efficiency, and durability. Besides, the chapter presents an outlook in this field and further research with regards to material selection, joint design and control of the process, since aerospace structures are currently crucial for reliability and efficiency. This chapter has captured the current advancements in the state of the art joining technologies in aerospace materials and consequently presents engineers, researchers, and industry practitioners with a consolidated source of information for the further development of lightweight material welding technologies.
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