Welding Metallurgy of Aluminium Alloys: Design, Processes, and Simulations
About this ebook
Aluminium alloys, widely used across industries due to their high specific strength and corrosion resistance, require precise joining methods to maintain their structural integrity. Welding Metallurgy of Aluminium Alloys: Design, Processes, and Simulations provides a detailed exploration of aluminium alloy welding, addressing the science, technology, and applications behind this essential process. Integrating essential theory and real-world practice, this comprehensive volume equips readers with the knowledge to analyze, optimize, and execute welding processes while preventing common defects that compromise weld quality.
Presenting insights rooted in over 450 research articles, an experienced team of researchers and practitioners examines microstructural evolution, thermal dynamics, defect mechanisms, and more. Detailed chapters cover various welding methods, including arc, beam, resistance, and solid-state welding, while providing clear guidance on topics ranging from mitigating hot cracking and porosity to simulating temperature distributions and residual stress.
Providing the knowledge to tackle an array of welding challenges, Welding Metallurgy of Aluminium Alloys:
- Features in-depth case studies and simulation methodologies that enable practical application and innovation in diverse industries
- Explores mechanisms behind welding defects and presents strategies for prevention and mitigation
- Discusses simulations for temperature distribution, thermal history, residual stress, and material flow during welding processes
- Highlights microstructural changes and metallurgical transformations unique to each welding process covered
- Includes extensive reference material, such as equations for heat conductivity analysis and defect prediction tailored to aluminium welding
An indispensable resource for designing robust, high-performance welds, Welding Metallurgy of Aluminium Alloys: Design, Processes, and Simulations is ideal for undergraduate and graduate courses in materials science, mechanical engineering, and welding technology, as well as a must-have reference for welding specialists, materials scientists, and construction engineers. It is also a vital addition to any technical library supporting professional development and academic programs focused on advanced joining processes.
About the author
Reza Beygi is an Associate Professor at Arak University, Iran, specializing in welding metallurgy of dissimilar materials, with a focus on process, microstructure, and mechanical properties. As principal investigator in the Advanced Joining Processes (AJP) group at the University of Porto under the supervision of Professor Lucas F.M. da Silva for three years, he has driven innovations in joining dissimilar metals, resulting in numerous high-impact publications and books.
Eduardo André de Sousa Marques is an Associate Professor at the University of Porto and an investigator at INEGI. His research focuses on mechanical behavior, extreme condition testing, and numerical modeling of welded and bonded joints. With over 230 published articles and books, his contributions to materials science and joining technologies are widely recognized.
Ricardo João Camilo Carbas is a Post-doctoral Researcher at INEGI specializing in adhesively bonded joints, welding and joining by forming. He has published 245 articles and holds six patents in material joining. A member of several editorial boards, he consults for major companies and organizes international conferences on materials and advanced joining processes.
Lucas Filipe Martins da Silva is a Full Professor in Mechanical Engineering at the University of Porto, Portugal. He has established and leads the Advanced Joining Processes Unit of INEGI, carrying out fundamental and applied research on multiple joining technologies. He has published over 400 research articles and 43 books. He is the Editor-in-Chief of multiple academic journals and has organized international conferences on advanced joining technologies.
