Ostatní výsledky
Výběr podle způsobu zveřejnění:
Zlámal Petr, Kytýř Daniel, Jiroušek Ondřej, Němeček J.
Sysno: 359950
ZpZverejneni: C
AutoriVsichni: Zlámal, P. - Kytýř, D. - Jiroušek, Ondřej - Němeček, J.
AutoriAV: Jiroušek, Ondřej
AutoriVsichniPocet: 4
AutoriAVPocet: 1
BiblCit: Zlámal, P. ; Kytýř, D. ; Jiroušek, Ondřej ; Němeček, J. Development of Visco-elasto-plastic Material Model for Human Trabecular Bone using Nanoindentation. In 10th Youth Symposium on Experimental Solid Mechanics Chemnitz : Chemnitz University of Technology, 2011. S. 127-128. ISBN 978-3-941003-34-7. [Youth Symposium on Experimental Solid Mechanics /10./, Chemnitz, 25.05.2011-28.05.2011, DE].\nhttp://www.tu-chemnitz.de/mb/FestKoerpMech/YSESM/proceedings.php
BiblCitZdrD: In 10th Youth Symposium on Experimental Solid Mechanics. Chemnitz : Chemnitz University of Technology, 2011. S. 127-128
ISBN_ISSN_ZdrDok: 978-3-941003-34-7
ZemeZverejneni: DE
Jazyk: eng
PocStran: 2
ProjektyCEP: GAP105/10/2305:GA ČR
VyzZamer: CEZ:AV0Z20710524
OrigNazev: Development of Visco-elasto-plastic Material Model for Human Trabecular Bone using Nanoindentation
KlicSlova: trabecular bone - material model - nanoindentation
AnotaceOrig: Knowledge of trabecular bone behaviour under loading is very important for the bone quality assessment. For investigation of deformation behaviour of trabecular bone a combination of computational and experimental method was used. In this study suitable visco-elasto/plastic material model for single trabeculae was established from numerical simulation of nanoindentation test. The visco-elasto/plastic model with von Mises yield criterion and bilinear isotropic hardening with implicit creep was chosen. Pure elastic material constants can be determined directly from nanoindentation test by Oliver-Pharr method. Other constants determining the plastic and creep behaviour of the model have to be identified indirectly by fitting the load-displacement curve to results from the Finite Element (FE) simulation of nanoindentation test.
AnotaceCz:
KodOborRIV: FI
Konference: Youth Symposium on Experimental Solid Mechanics /10./. Chemnitz (DE), 25.05.2011-28.05.2011
VlastnikZaznamu: UTAM-F
OdevzdaniDoRIV: 1
RokVydani: 2011
RokSberu: 2012
PocetCitaci: 0
Sysno: 359950
ZpZverejneni: C
AutoriVsichni: Zlámal, P. - Kytýř, D. - Jiroušek, Ondřej - Němeček, J.
AutoriAV: Jiroušek, Ondřej
AutoriVsichniPocet: 4
AutoriAVPocet: 1
BiblCit: Zlámal, P. ; Kytýř, D. ; Jiroušek, Ondřej ; Němeček, J. Development of Visco-elasto-plastic Material Model for Human Trabecular Bone using Nanoindentation. In 10th Youth Symposium on Experimental Solid Mechanics Chemnitz : Chemnitz University of Technology, 2011. S. 127-128. ISBN 978-3-941003-34-7. [Youth Symposium on Experimental Solid Mechanics /10./, Chemnitz, 25.05.2011-28.05.2011, DE].\nhttp://www.tu-chemnitz.de/mb/FestKoerpMech/YSESM/proceedings.php
BiblCitZdrD: In 10th Youth Symposium on Experimental Solid Mechanics. Chemnitz : Chemnitz University of Technology, 2011. S. 127-128
ISBN_ISSN_ZdrDok: 978-3-941003-34-7
ZemeZverejneni: DE
Jazyk: eng
PocStran: 2
ProjektyCEP: GAP105/10/2305:GA ČR
VyzZamer: CEZ:AV0Z20710524
OrigNazev: Development of Visco-elasto-plastic Material Model for Human Trabecular Bone using Nanoindentation
KlicSlova: trabecular bone - material model - nanoindentation
AnotaceOrig: Knowledge of trabecular bone behaviour under loading is very important for the bone quality assessment. For investigation of deformation behaviour of trabecular bone a combination of computational and experimental method was used. In this study suitable visco-elasto/plastic material model for single trabeculae was established from numerical simulation of nanoindentation test. The visco-elasto/plastic model with von Mises yield criterion and bilinear isotropic hardening with implicit creep was chosen. Pure elastic material constants can be determined directly from nanoindentation test by Oliver-Pharr method. Other constants determining the plastic and creep behaviour of the model have to be identified indirectly by fitting the load-displacement curve to results from the Finite Element (FE) simulation of nanoindentation test.
AnotaceCz:
KodOborRIV: FI
Konference: Youth Symposium on Experimental Solid Mechanics /10./. Chemnitz (DE), 25.05.2011-28.05.2011
VlastnikZaznamu: UTAM-F
OdevzdaniDoRIV: 1
RokVydani: 2011
RokSberu: 2012
PocetCitaci: 0


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