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Physical Metallurgy of Metals and Alloys
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This reprint focuses on both advanced metals and their alloys and the areas of physical and process metallurgy, materials science, and processing techniques. Specific areas of interest also include titanium/nickel-based superalloys, intermetallics, advanced metallic materials, nanomaterials, metal matrix composites, functional materials, related synthesis and processing techniques, finite element modelling, statistical analysis, physical/mechanical property characterization, experimental validation, and other relevant phenomena. Physical metallurgy is important in the design and optimization of advanced materials with superior physical and mechanical properties through microstructural modifications and processing techniques. The goal of reprint was to bring together recent progress, novel technologies, and advanced equipment for the design and development of advanced metals and alloys and provide guidelines/benchmarks for further research in related areas. Composites, intermetallics, and nanomaterials as well as functional materials will be also included. Some of the recent advances in the field of advanced metals and alloys include novel material processing techniques, manufacturing methods and theories, microstructural characterization, modelling development, and advanced equipment. Conventional and nonconventional processes related to machining, forming, laser processing, additive/subtractive manufacturing, surface modification, and the solidification of high-performance alloys/metals are also included.
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Keywords
- activation energy
- Aging
- aging treatment
- AlSi10Mg alloy
- Aluminum
- amorphous alloy
- biodegradable metals
- bonding strength
- bulk metallic glass
- cathodic passivation
- chloride ions
- cold forming
- cold-rolling
- cold-working
- combustion wave propagation
- converter
- cooling rate
- copper alloy
- copper–scandium CuSc
- Corrosion
- corrosion behavior
- corrosion resistance
- corrosion wear resistance
- Cu-15Ni-8Sn alloys
- Cytotoxicity
- deposition mechanism
- differential scanning calorimetry DSC
- dynamic recrystallization
- EBCHM
- eutectic growth
- Fe-B-W alloy
- Fe-rich Al–Si alloy
- flow field analysis
- friction stir processing
- galvanic corrosion
- gear grinding
- Glass Forming Ability
- glass-forming ability
- Grain Boundary
- grain size
- grinding temperature
- heat treatment and surface treatment
- high entropy alloy
- high entropy alloys
- History of engineering & technology
- HSLA steel
- hydrogenated–dehydrogenated titanium powder
- ion migration
- Kissinger method
- laser directed energy deposition
- laser welding
- laser-powder bed fusion
- lattice distortion
- lightweight
- low-temperature joining
- magnesium alloys
- Manganese
- mechanical behavior
- Mechanical properties
- Mechanical Property
- melt spinning
- metallothermic reduction
- Mg17Al12
- MgAl2O4
- Mg–Nd alloy
- microalloying
- microanalysis
- microstructural characterization
- microstructural evolution
- Microstructure
- microstructure-property characterization simulation and modeling
- Modelling and simulation
- molten zinc
- Numerical Simulation
- phase transformation
- precipitate
- precipitation kinetics
- radio frequency plasma technique
- recrystallization
- sapphire
- SHS powder metallurgy
- silver alloy bonding wire
- silver wire
- similar element substitution/addition
- skew rolling
- solution
- solution treatment
- Stainless Steel
- steel ball
- strengthening mechanisms
- surface integrity
- surface metallization
- TC4 alloy
- Technology, engineering, agriculture
- Technology: general issues
- Texture
- thick plate
- TiB2
- ultrasound treatment
- vortex
- vulcanization resistance
- wettability
- white layer
- wire bonding
- Zn-Mg-Ti alloy
- β-Al5FeSi phase
Links
DOI: 10.3390/books978-3-0365-7805-7Editions