Evolution of loading surface in the ultrasonic field
Rusinko, Andrew
H. Alhilfi, Ali
Horváth, Richárd
Beke, Éva
Stadler, Róbert Gábor
2026-09-11T17:46:10Z
2026-09-11T17:46:10Z
2020
http://hdl.handle.net/20.500.14044/40387
This study discusses the evolution of loading surface associated with the phenomena of ultrasonic
temporary softening and ultrasonic residual hardening and residual softening registered in the
experiments for plastic deformation of aluminum and titanium in the ultrasonic field. The aim is
to model these phenomena in terms of the synthetic theory of irrecoverable deformation. We
extend the flow rule relationships by two terms based on microstructural processes occurring in
ultrasound-assisted deformation.
hu_HU
This study discusses the evolution of loading surface associated with the phenomena of ultrasonic
temporary softening and ultrasonic residual hardening and residual softening registered in the
experiments for plastic deformation of aluminum and titanium in the ultrasonic field. The aim is
to model these phenomena in terms of the synthetic theory of irrecoverable deformation. We
extend the flow rule relationships by two terms based on microstructural processes occurring in
ultrasound-assisted deformation.
hu_HU
dc.format
pdf
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en
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Evolution of loading surface in the ultrasonic field
hu_HU
Open access
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Óbudai Egyetem
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2020. November 19.
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Budapest
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Bánki Donát Gépész és Biztonságtechnikai Mérnöki Kar
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Óbudai Egyetem
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Műszaki tudományok - villamosmérnöki tudományok
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loading surface
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ultrasound
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plastic deformation
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residual hardening
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residual softening
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Konferenciaközlemény
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Mérnöki Szimpózium a Bánkin előadásai (Proceedings of the Engineering Symposium at Bánki)
