Reprint

Mechanical Behavior of Metallic Materials under Different Loading Conditions

Edited by
April 2024
260 pages
  • ISBN978-3-0365-9168-1 (Hardback)
  • ISBN978-3-0365-9169-8 (PDF)

This book is a reprint of the Special Issue Mechanical Behavior of Metallic Materials under Different Loading Conditions that was published in

Chemistry & Materials Science
Engineering
Summary

Metallic materials are most frequently used in structural applications under various loading conditions. This Special Issue is dedicated to Prof. Hans-Jürgen Christ, University Siegen, Germany, who, throughout his career, has made seminal contributions to the fatigue and fracture of metals and alloys at various loading rates, temperatures, and within harsh environments. Therefore, in this reprint 17 articles present new results and findings on the deformation behavior of single- and multi-phase (particle strengthened) metallic materials, including metal matrix composites, particularly research addressing underlying microstructural mechanisms and consequences of material design and application. In addition, papers that address monotonic and cyclic deformation behavior (including the VHCF regime) at low and elevated temperatures in various environments, and studies on fracture mechanisms, are also compiled. It is anticipated that this reprint gives a useful overview for materials scientists on both, the experts as well as student level, who deal with the mechanical behaviour of metallic materials under different loading conditions.

Format
  • Hardback
License and Copyright
© 2024 by the authors; CC BY-NC-ND license
Keywords
laser powder bed fusion; Ti-6Al-7Nb; titanium alloy; biomedical engineering; low cycle fatigue; microstructure; nanostructure; cryogenic deformation; serrations; high-entropy alloys; nickel-based superalloy; high-temperature fatigue; in-phase; out-of-phase; cyclic stress–strain curves; fatigue life curves; non-metallic inclusion; thermomechanical treatment (TMT); inclusion area; inclusion shape; inclusion depth; fisheye formation; crack initiation; Inconel 718; ultrasonic fatigue testing; VHCF; high-temperature; hot air; crack growth; fatigue limit estimation; cyclic indentation testing; cyclic hardening potential; hardness; low-alloy steels; creep; thin-walled; casting surface; single crystal; MAR M247LC; martensitic spring steel; fatigue crack initiation; short fatigue crack propagation; residual stress; shot peening; miniaturized testing device; cyclic torsion; non-metallic inclusions; fatigue limit; mean stress sensitivity; defect tolerance; ultrasonic fatigue; duplex steel; isothermal fatigue; thermomechanical fatigue; ferrite; austenite; G phase; plastic-strain control; fatigue; cyclic plastic strain; martensite; additive manufacturing; direct energy deposition; surface treatment; stainless steel; microstructure; low-cycle fatigue; VHCF; ultrasonic testing; tempered martensitic steel; bainitic steel; frequency effect; self-tempered martensite; crashworthiness; square tubes; energy absorption; oblique impact; LS-DYNA; initial contact; alloy 718; fatigue; oxidation; chromium depletion; non-destructive testing; austenitic stainless steels; metastability; surface morphology; VHCF; laser cutting; fatigue behavior; melt adhesion; resolidified material; detachment; notch; micro-computed tomography analysis

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