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Physical Metallurgy of Light Alloys and Composite Materials
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The scope of this Special Issue focuses on the formation of the structure of light alloys, (particularly on an aluminum base) during solidification, deformation, and heat treatment and its relationship with mechanical and technological properties. The design of light alloys (including composite materials) based on experimental and theoretical studies is also considered. The Special Issue contains 11 papers, including 10 research papers and 1 review (on the asymmetric (hot, warm, cold, and cryo) rolling of light alloys).
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Keywords
- Aging
- Al alloys
- Al-Ca alloys
- Al-Cu-Li alloy
- Al-Fe alloys
- Al-Mg-Si-La system
- Al-Zn-Mg alloy
- Al2Mg3Zn3
- Al3Zr
- Aluminum
- aluminum alloy
- Aluminum alloys
- aluminum–zirconium wire alloys
- asymmetric rolling
- cast aluminum alloy
- Casting
- cryorolling
- deformation
- differential speed rolling
- dispersion-hardening
- dispersoid
- Drawing
- dynamic recrystallization
- electrical conductivity
- electrical conductivity (EC)
- electromagnetic casting (EMC)
- eutectic modification
- fragmentation
- grain refinement
- hammering
- hardening
- high pressure torsion
- History of engineering & technology
- hypereutectic aluminium alloys
- incremental sheet forming
- incremental sheet hammering
- intermetallics
- lanthanum
- magnesium content
- Materials science
- mechanical behavior
- Mechanical engineering & materials
- Mechanical Property
- mechanical strength
- Mg alloys
- Mg2Si
- MgZn2
- Microstructure
- nanocomposite
- nanomaterials
- Nanoparticles
- phase composition
- physical and mechanical properties
- plastic deformation
- Rare earths
- Rolling
- Sc and Zr small addition
- Severe plastic deformation
- shear strain
- simulation
- solidification
- strain
- Stress
- Structure
- supersaturated solid solution
- Technology, engineering, agriculture
- Technology: general issues
- tensile test
- Texture
- thermal stresses
- Ti alloys
- transmission electron microscopy
Links
DOI: 10.3390/books978-3-0365-8075-3Editions