Characterization of Metallic Materials Microstructure, Forming and Heat Treatment (Second Edition)

• Format: eBook
• Language: English
• Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2025
• Subjects: A5052; advanced ultrahigh-strength steel; ALE; alternating stirring; aluminum alloy A7075; applications; asperity flattening; Astronomy, space and time; biomaterials; bonding strength; carbonitride; cardiovascular and cerebrovascular stents; coatings; cold drawing; contact pressure; continuous stirring; cooling rate; deep drawing; deep learning; deformation property; differential temperature rolling; dislocation strengthening; dispersion; dual-phase high-entropy alloys; electromagnetic levitation; electromagnetic–thermal–fluid field coupling; elemental oxygen migration; EML; finite element analysis; friction; GH3625 alloy; grain refinement; high-pressure torsion; hot deformation; hydrogen cooling reduction; hydrogen flow rate; hydrogen reduction; induction heating; instance segmentation; iron ore pellets; laser powder bed fusion; machine learning; Mathematics and Science; mean normal stress; mechanical properties; metalized pellets; metallic iron particles; metallization degree; microstructural property; microstructure; natural medicines; numerical simulation; orthopedic implants; oscillatory deformation; porosity; processing map; protective atmosphere; Reference, Information and Interdisciplinary subjects; refining deoxidation; Research and information: general; secondary cooling electromagnetic stirring; segregation; slabs; sliding velocity; steel sheets; strain-hardening; Ti-Al alloy scrap; Ti/Mg composite plates; titanium alloy; Ti–Al alloy; TRIP-aided steel; ultrasonic treatment; uniform elongation; work-hardening capacity; work-hardening rate; wound dressings; zinc coating
• ISBN: 3725828814; 3725828822; 9783725828821; 9783725828814
• DOI: 10.3390/books978-3-7258-2881-4

This Special Issue features research and review articles focused on the characterization of metallic materials in various material behaviors such as solidification, forming, and heat treatment. This Special Issue encompasses all characterization methods, including all forms of microscopy (transmission electron microscope, scanning electron microscope, etc.) and analytical techniques on microstructure, interface, surface, etc. Studies focusing on analysis using computational science are also contained. Recent studies dealing with the behavior of materials in various phenomena (solidification, phase transformation, oxidation, diffusion, deformation, and so on) that can occur in processes such as casting, plastic working, and heat treatment are within this Special Issue. This Special Issue aims to provide materials scientists with up-to-date information explaining the behavior of many types of metallic materials using novel approaches. This Special Issue covers all kinds of metallic materials.