Processing-Structure-Property Relationships in Metals

doi:10.3390/books978-3-03921-771-7

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Processing-Structure-Property Relationships in Metals

Edited by

November 2019

240 pages

ISBN978-3-03921-770-0 (Paperback)
ISBN978-3-03921-771-7 (PDF)

https://doi.org/10.3390/books978-3-03921-771-7

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This book is a reprint of the Special Issue Processing-Structure-Property Relationships in Metals that was published in

Chemistry & Materials Science

Engineering

Summary

In the industrial manufacturing of metals, the achievement of products featuring desired characteristics always requires the control of process parameters in order to obtain a suitable microstructure. The strict relationship among process parameters, microstructure, and mechanical properties is a matter of interest in different areas, such as foundry, plastic forming, sintering, welding, etc., and regards both well-established and innovative processes.

Nowadays, circular economy and sustainable technological development are dominant paradigms and impose an optimized use of resources, a lower energetic impact of industrial processes and new tasks for materials and products. In this frame, this Special Issue covers a broad range of research works and contains research and review papers.

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Keywords

titanium composites; in situ secondary phases; microstructure; inductive hot pressing; intermetallic; bainite rail; tempering; retained austenite; tensile property; impact toughness; cryorolling; reduction; ultrafine grain; secondary recrystallization; high strength; microstructure inhomogeneity; non-monotonic simple shear strains; shear strain reversal; severe plastic deformation; texture inhomogeneity; tensile properties; Mg-10Y-6Gd-1.5Zn-0.5Zr; ultra-fine grain; aging treatment; precipitation behavior; mechanical property; multimodal; AZ91 alloy; equal channel angular pressing; aging; high pressure die casting; aluminum alloy; prediction model; process monitoring; static mechanical behavior; fracture surface; microstructure.; casting; Al 6061 alloys; shrinkage; porosity; steering knuckles; Al alloys; warm working; mechanical properties; dental materials; metal posts; computer-aided design (CAD); image analysis; mechanical properties; finite element analysis; additive manufacturing; Al alloys; wear; cavitation erosion; SEM; microstructure; high speed steel; nanostructured coatings; thin films; FEGSEM; tribology; Nb tube; caliber-rolling; grain boundaries; texture; electron backscatter diffraction; damping; aluminum film; grain boundary; anelasticity; thin aluminum sheet; alloys; aeronautic applications; mechanical properties; corrosion resistance; EBM; SEBM; macro-instrumented indentation test; property-microstructure-process relationship; mechanical properties; indentation hardness; indentation modulus; tensile properties; Ti-6Al-4V alloy; α-platelet thickness; columnar microstructure; n/a