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Full Description
This book presents wire arc additive manufacturing (WAAM), its variants, processing steps, and the mechanical and microstructural aspects of developed components, along with a logical sequence that provides a ready reference.
Wire Arc Additive Manufacturing: Fundamental Sciences and Advances introduces the timeline and history of WAAM. It offers a critical review of WAAM, its variants, processing steps, and the mechanical and microstructural aspects of developed components. The book showcases the methods and practices that need to be followed to synchronise WAAM with other conventional metal additive manufacturing, as well as other conventional techniques. The process steps, equipment, and the different materials used are discussed in detail, along with the various process parameters and their optimisation to counter the challenges and defects. Applications, trends, and case studies are also included in the book.
This book, aimed at providing a concrete reference for researchers, academics, and professionals, allows for a thorough understanding of the different concepts and intricacies of WAAM.
Contents
1. Additive Manufacturing: Introduction, Fundamentals, Types and Applications. 2. Wire Arc Additive Manufacturing: Process Overview and a Case Study on Low-Carbon Steels. 3. Process Planning and Parameters Selection in Wire Arc Additive Manufacturing. 4. Wire Arc Additive Manufacturing through GMAW Route. 5. Cold Metal Transfer-Based Wire and Arc Additive Manufacturing (CMT-WAAM). 6. Metal Alloys and Beyond: Analysing the Horizon of WAAM Materials. 7. Wire Arc Additive Manufacturing of Non -ferrous alloys. 8. Functionally Graded Materials via Metal Additive Manufacturing. 9. Influence of Manufacturing Parameters on the Improvement of Surface Quality of Wire Arc Additive Manufacturing of Aluminium Alloys: An Overview. 10. Influence of Post-Processing Manufacturing Techniques on Wire Arc Additive Manufacturing of Ti-6Al-4V Components: A Brief Critical Assessment. 11. Mechanical Properties of Multi-Layer Wall Structure Fabricated Through Arc-Based DED Process: A Case Study.
