Study Report on Aluminum and Mg Alloys Reviews
Special Issue "Aluminum and Magnesium Alloys and Composites: Forming, Preparation, and Processing"
Special Effect Editors
Prof. Dr. Qudong Wang
Email Website
Guest Editor
National Engineering Enquiry Heart of Lite Alloy Net Forming and Fundamental State Laboratory of Metal Matrix Composites, School of Material Science and Engineering, Shanghai Jiao Tong University, Shanghai 200240, China
Interests: aluminum blend; magnesium alloys and their forming technology; metal composites
Prof. Dr. Mahmoud Ebrahimi
Electronic mail Website
Guest Editor
Department of Mechanical Technology, Faculty of Technology, University of Maragheh, Maragheh, Islamic republic of iran
Interests: metal forming; ultrafine grained and nanostructure metals and alloys; severe plastic deformation; laminated composites
Special Issue Information
Dear Colleagues,
In the mod world, the apply of light structural materials has become inescapable and avant-garde design strategies directed toward weight reduction (e.chiliad., thin-walled components) are growing in popularity. To this end, aluminum and magnesium having the lightest density in all common structural materials (ρAl= ii.vii 1000.cm-3, ρMg= 1.7 g.cm-3) are regarded as the most popular lightweight metals, specifically in aviation, the automobile industry, architecture, marine vehicles, and daily life, equally their utilization leads to the reduction of vehicle weight and fuel savings. Since these ii metals are in a position close to each other in Mendeleev's periodic table, they also accept very similar backdrop, including diminutive weight, forcefulness, melting point, and elasticity. Yet, they exhibit unlike crystallographic structures, which explains the central differences in their forming behavior, crystal plastic anisotropy, deformation, and microstructural evolution mechanisms. Unlike aluminum with a face-centered cubic (fcc) structure, the utilization of magnesium in structural components is still limited, mainly because of its restricted ambience temperature formability due to a shortage of independent deformation modes in its hexagonal close-packed (hcp) construction. Aluminum, every bit the most used metal afterward steel and magnesium, with very low density (ane-3rd lighter than aluminum) and college specific strength than aluminum alloys, is profoundly important in industrial applications. Hence, it is of particular significance to ameliorate the properties of Al- and Mg-based alloys and composites by designing new preparation methods, novel post-processing, and forming economical production routes to obtain high-operation materials and aggrandize the applications of these alloys in the industry.
Various methods have been reported for the training of Al- and Mg-based alloys and composites with their own benefits and shortcomings. In addition, many post-processing, thermal, and deformation-based technologies and coating strategies were applied to these alloys to ameliorate their backdrop and enhance performance. In this regard, the present issue aims to thoroughly hash out Al and Mg alloys and composites from the aspect of grooming methods, processing, forming, and related properties. Information technology is hoped that the results of this upcoming issue will lead to major changes in the deeper understanding and expansion of the use of these alloys and composites in manufacture and pave the way toward the production of high-efficiency components for many researchers and professionals.
Prof. Dr. Qudong Wang
Prof. Dr. Mahmoud Ebrahimi
Guest Editors
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Keywords
- aluminum alloys
- magnesium alloys
- composites
- casting
- metallic-forming
- preparation
- processing
- grain refinements
- microstructure characterization
- mechanical backdrop
Published Papers (1 newspaper)
Source: https://www.mdpi.com/journal/metals/special_issues/aluminum_magnesium_alloys
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