A critical step in the manufacturing sequence of industrial components, hot deformation processing gives the required shape and imparts the desired microstructure to the material. Since this in turn controls the mechanical properties, hot deformation is a hot topic among researchers from multiple disciplines involved in manufacturing. Part 2 of this special issue features 18 peer-reviewed papers written by top scientists and engineers from all over the world. You’ll learn about the latest advances in the high-temperature deformation processing of materials as it relates to: CP titanium and 718Plus; titanium alloys; Ni-Cu - containing high-strength steel; aluminum-magnesium-scandium-zirconium alloys; high carbon low-alloy steel; HY85 steel and modified AISI 321 austenitic stainless steel; custom 465® martensitic precipitation hardenable stainless steel AA2024; aluminum-2.5 Copper-1.5 magnesium alloy; creep-resistant Mg-3Ca-2Sn-1Al alloy; Ni-Base Superalloy XH 67; aluminum matrix composites; aluminum in dissimilar friction stir welds; bending behavior of nickel nanowire
Bibliography
Includes bibliographical references
Notes
Description based on online resource; title from title frames (Knovel, viewed December 6, 2022)
