Evaluation of Structural Stability of Materials through Mechanical Spectroscopy: Four Case Studies

Article English OPEN
Costanza, G; Montanari, R; Richetta, M; Tata, M; Varone, A;
(2016)
  • Publisher: MDPI AG
  • Journal: Metals (issn: 2075-4701)
  • Publisher copyright policies & self-archiving
  • Related identifiers: doi: 10.3390/met6120306
  • Subject: AISI 304 | nano-structured FeMo alloy | tungsten | mechanical spectroscopy | microstructure stability | AISI 304; Damping; Dynamic modulus; Mechanical spectroscopy; Microstructure stability; Nano-structured FeMo alloy; PWA 1483; Tungsten; Materials Science (all) | Settore ING-IND/21 - Metallurgia | Mining engineering. Metallurgy | damping | dynamic modulus | PWA 1483 | TN1-997

Microstructural stability is one of the utmost important requirements for metallic materials in engineering applications, particularly at high temperatures. The paper shows how Mechanical Spectroscopy (MS) (i.e., damping and dynamic modulus measurements) permits the mon... View more
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