The classical model of viscoelastic body is reconsidered. As well known thedeformation response of a material is termed viscoelastic when it does not depend only on the statusof the material in the considered time, but also on its deformation history. Furthermore, the systemis dissipative: such dissipative nature induce the use of viscoelastic materials in devising anti-seismic dissipators. Aiming to model new and innovative materials different forms of therelaxation modulus which characterises the response of the material are considered. Cases of a non-classical relaxation modulus are studied. Thus, a relaxation modulus which may be unbounded orless regular or modified to describe a material whose mechanical response is changed when thematerial with time, this phenomenon is usually termed ”aging” are investigated. Finally, theviscoelastic response can be controlled on devising magneto-viscoelastic materials via injection of micro or nano particles magnetically sensible.

Materials with memory: some new results in viscoelastic models / Carillo, S.. - (2023), pp. 381-385. - MATERIALS RESEARCH PROCEEDINGS. [10.21741/9781644902431-62].

Materials with memory: some new results in viscoelastic models

Carillo, S.
Primo
2023

Abstract

The classical model of viscoelastic body is reconsidered. As well known thedeformation response of a material is termed viscoelastic when it does not depend only on the statusof the material in the considered time, but also on its deformation history. Furthermore, the systemis dissipative: such dissipative nature induce the use of viscoelastic materials in devising anti-seismic dissipators. Aiming to model new and innovative materials different forms of therelaxation modulus which characterises the response of the material are considered. Cases of a non-classical relaxation modulus are studied. Thus, a relaxation modulus which may be unbounded orless regular or modified to describe a material whose mechanical response is changed when thematerial with time, this phenomenon is usually termed ”aging” are investigated. Finally, theviscoelastic response can be controlled on devising magneto-viscoelastic materials via injection of micro or nano particles magnetically sensible.
2023
Theoretical and Applied Mechanics - AIMETA 2022
9781644902431
Materials with Memory, Viscoelasticity, Magneto-Viscoelasticity, Aging
02 Pubblicazione su volume::02a Capitolo o Articolo
Materials with memory: some new results in viscoelastic models / Carillo, S.. - (2023), pp. 381-385. - MATERIALS RESEARCH PROCEEDINGS. [10.21741/9781644902431-62].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1675585
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