2015
DOI: 10.1515/amm-2015-0264
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Applications Of Mechanical Spectroscopy To Industrial Materials

Abstract: The paper is a review of original results, which were obtained by mechanical spectroscopy in the development of industrial materials, such as grey cast iron (damping capacity), aluminum alloys (recrystallization), nickel alloys (grain boundary embrittlement) and gold alloys (hardening mechanisms). Moreover it is shown that the study of grain boundary sliding at high temperature has led to the development of new grades of zirconia exhibiting a high toughness and a good resistance to creep. It is also recalled t… Show more

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Cited by 4 publications
(2 citation statements)
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“…To consider the superimposition of these peaks on an exponential background 16 , internal friction peaks were extracted by subtraction of a fitted exponential high-temperature background given by 15,17,18 : (2) where n is the characteristic exponent for the background, K is a constant, and H bg is an average activation energy for the background.…”
Section: Mechanical Spectroscopymentioning
confidence: 99%
“…To consider the superimposition of these peaks on an exponential background 16 , internal friction peaks were extracted by subtraction of a fitted exponential high-temperature background given by 15,17,18 : (2) where n is the characteristic exponent for the background, K is a constant, and H bg is an average activation energy for the background.…”
Section: Mechanical Spectroscopymentioning
confidence: 99%
“…In addition, viscoelastic effects are linked to fundamental physical processes, for example, the solid-solid phase transformations [13], as well as mobility or diffusion of atomic defects, such as dislocations. Furthermore, time-dependent mechanical properties may have strong connections to other relaxation processes for the coupled-field properties, such as the dielectric constant and piezoelectric coefficient.…”
Section: Inverse Problemsmentioning
confidence: 99%