Publikace
Výběr podle způsobu zveřejnění:
Jiroušek Ondřej, Němeček J., Kytýř Daniel, Kunecký Jiří, Zlámal Petr, Doktor Tomáš
Sysno: 361139
ZpZverejneni: J
AutoriVsichni: Jiroušek, Ondřej - Němeček, J. - Kytýř, Daniel - Kunecký, Jiří - Zlámal, Petr - Doktor, T.
AutoriAV: Jiroušek, Ondřej - Kytýř, Daniel - Kunecký, Jiří - Zlámal, Petr
AutoriVsichniPocet: 6
AutoriAVPocet: 4
BiblCit: Jiroušek, Ondřej ; Němeček, J. ; Kytýř, Daniel ; Kunecký, Jiří ; Zlámal, Petr ; Doktor, T. Nanoindentation of Trabecular Bone - Comparison with Uniaxial Testing of Single Trabecula. Chemické listy, 2011, Roč. 105, č. 17, s. 668-671. ISSN 1213-7103.\nhttp://www.chemicke-listy.cz/common/content-issue_17-volume_105-year_2011.html
BiblCitZdrD: Chemické listy, 2011, Roč. 105, č. 17, s. 668-671
ISBN_ISSN_ZdrDok: 1213-7103
ZemeZverejneni: CZ
Jazyk: eng
PocStran: 4
ProjektyCEP: GAP105/10/2305:GA ČR
VyzZamer: CEZ:AV0Z20710524
OrigNazev: Nanoindentation of Trabecular Bone - Comparison with Uniaxial Testing of Single Trabecula
KlicSlova: constitutive modelling - micromechanics - nanoindentation - trabecular bone
AnotaceOrig: The article deals with a comparison between the properties assessed using nanoindentation and properties measured using uniaxial testing of single trabeculae. A novel experimental device has been developed which enables to measure single trabeculae in tension and compression with high precision. The strains at the surface of the sample are measured optically using a high-resolution CCD camera. The strain field is evaluated with very precise image correlation algorithm applied to whole surface of the loaded sample. The mechanical properties measured on micrometersized specimens using both methods (nanoindentation and micro-mechanical testing) are then prescribed to FE model of the trabecula sample. The sample is then loaded according to the experimental procedure. The response of the FE model (stress-strain curve) is compared to results from the tensile test.
AnotaceCz:
KodOborRIV: JJ
VlastnikZaznamu: UTAM-F
OdevzdaniDoRIV: 1
RokVydani: 2011
RokSberu: 2012
PocetCitaci: 0
Sysno: 361139
ZpZverejneni: J
AutoriVsichni: Jiroušek, Ondřej - Němeček, J. - Kytýř, Daniel - Kunecký, Jiří - Zlámal, Petr - Doktor, T.
AutoriAV: Jiroušek, Ondřej - Kytýř, Daniel - Kunecký, Jiří - Zlámal, Petr
AutoriVsichniPocet: 6
AutoriAVPocet: 4
BiblCit: Jiroušek, Ondřej ; Němeček, J. ; Kytýř, Daniel ; Kunecký, Jiří ; Zlámal, Petr ; Doktor, T. Nanoindentation of Trabecular Bone - Comparison with Uniaxial Testing of Single Trabecula. Chemické listy, 2011, Roč. 105, č. 17, s. 668-671. ISSN 1213-7103.\nhttp://www.chemicke-listy.cz/common/content-issue_17-volume_105-year_2011.html
BiblCitZdrD: Chemické listy, 2011, Roč. 105, č. 17, s. 668-671
ISBN_ISSN_ZdrDok: 1213-7103
ZemeZverejneni: CZ
Jazyk: eng
PocStran: 4
ProjektyCEP: GAP105/10/2305:GA ČR
VyzZamer: CEZ:AV0Z20710524
OrigNazev: Nanoindentation of Trabecular Bone - Comparison with Uniaxial Testing of Single Trabecula
KlicSlova: constitutive modelling - micromechanics - nanoindentation - trabecular bone
AnotaceOrig: The article deals with a comparison between the properties assessed using nanoindentation and properties measured using uniaxial testing of single trabeculae. A novel experimental device has been developed which enables to measure single trabeculae in tension and compression with high precision. The strains at the surface of the sample are measured optically using a high-resolution CCD camera. The strain field is evaluated with very precise image correlation algorithm applied to whole surface of the loaded sample. The mechanical properties measured on micrometersized specimens using both methods (nanoindentation and micro-mechanical testing) are then prescribed to FE model of the trabecula sample. The sample is then loaded according to the experimental procedure. The response of the FE model (stress-strain curve) is compared to results from the tensile test.
AnotaceCz:
KodOborRIV: JJ
VlastnikZaznamu: UTAM-F
OdevzdaniDoRIV: 1
RokVydani: 2011
RokSberu: 2012
PocetCitaci: 0


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